architectural design basis

Abu Dhabi Oil Refining Company

ARCHITECTURAL DESIGN BASIS DGS-AU-050 Rev-0 Mar 2006

Takreer DGS-AU-050-Rev-0 Mar-2006 Printed 16-Apr-09 12:57:37 Initials of 58

ARCHITECTURAL DESIGN BASIS

Amendment History

No Date Amendment Description Proposed Approved Incorporated

DGS History

0 Mar 2006 DGS-CU-050-Rev-0 Previous Project / Lessons Learnt Incorporated

AB/DDC ETSDM / EPDM

No Date Description Source Reviewed Approved

DGS-AU-050-Rev-0




Table of Contents

1.0 SCOPE...................................................................................................................................... 3 2.0 GENERAL ................................................................................................................................. 3 3.0 DESIGN CRITERIA................................................................................................................... 5 4.0 ARCHITECTURAL DESIGN REQUIREMENTS........................................................................ 6 5.0 CONSTRUCTION CHARACTERISTICS................................................................................. 19 6.0 BUILDING DESCRIPTION...................................................................................................... 23 APPENDIX A -LIST OF SPECIFICATIONS ......................................................................................... 44 APPENDIX B – STAFFING AT RUWAIS REFINERY EXPANSION ..................................................... 45 APPENDIX C – ROOM SIZES PER DESIGNATION........................................................................... 52 APPENDIX D – KEY FACILITY AND PARKING AREAS...................................................................... 53 APPENDIX E – LIST OF CONCEPTUAL DOCUMENTS .................................................................... 55

List of Authorized Signatures/ Initials

DGS Discipline Committee Member, ADRD ------------------------------

DGS Discipline Committee Member, RRD ------------------------------

DGS Discipline Committee Member Leader, E&PD Adham Barakat (AB)

Engineering & Technical Services Manager, E&PD Quazi Abdul Matin (QAM)

Engineering & Projects Division Manager, E&PD Mohamed Al Yabhouni (MAY)




1.0 SCOPE This Design Basis describes the work to be performed for the design and preparation of the architectural contract documents to be used for the complete procurement and con-struction of buildings in this scope of work for Ruwais Refinery Expansion Project.

The CONTRACTOR shall develop a complete set of contract documents which shall in-clude, but not be limited to all necessary specifications required to construct and/or extend and/or refurbish the buildings listed in the COMPANY document 5578-TEC-CU-001(25418-1000-A0X-A000-C0001), titled The Buildings List. Design shall be based on this document, and specialty specifications as listed herein in Appendix -A.

1.1 WORK INCLUDED The scope of work covers the buildings indicated on the architectural conceptual drawings, listed in Appendix -E including the following:

1.1.1 Interior furnishings and furniture, including signage (External & Internal)

1.1.2 Laboratory fixtures/ cabinets, equipment and tools.

1.1.3 Work Shop equipment, storage shelving and tool cabinets.

1.1.4 Equipment and tools for light vehicle service station.

1.1.5 Exterior and interior lighting.

1.1.6 External pavements, yard and parking areas (including Landscaping as required).

1.1.7 Fire and Gas detection system/ Fire and Safety equipments.

1.1.8 Demolition as required.

2.0 GENERAL 2.1 BUILDING DESIGN GOALS 2.1.1 The buildings shall be designed and constructed to house the staff and equipment safely,

economically and functionally.

2.1.2 The design solution for the buildings shall be a functional, economical, straight forward expression of form and use of materials.

2.2 DEFINITIONS Within this design basis, the following definitions shall apply:

COMPANY ABU DHABI OIL REFINING COMPANY (TAKREER)

CONTRACTOR The Organisation to which TAKREER awards the Engineering, Procurement and Construction (EPC) phase.

SUBCONTRACTOR An Organization providing specific services to the CONTRACTOR.

MANUFACTURER

The organization which manufactures the material or product in question.




SUPPLIER The organisation or supplier of goods, equipment and support ser-vices for a particular type of goods, equipment or package to the CONTRACTOR or SUBCONTRACTOR.

PROJECT MANAGEMENT CONSULTANT(PMC)

The COMPANY authorized party responsible for the overall day-to-day execution of the Project. The PMC is to serve as the liaison between the COMPANY and the CONTRACTOR(S) on the project.

DESIGNER The Engineering Division of the CONTRACTOR or the Consultant which performs the design of the element in question.

DRAWINGS Detailed Engineering Drawings provided by the CONTRACTOR.

CONCESSION REQUEST

A deviation requested by the CONTRACTOR, usually after receiv-ing the contract package or purchase order. Often, it refers to an authorization to use, repair, recondition, reclaim, or release materi-als components or equipment already in progress or completely manufactured but which does not meet or comply with COMPANY requirements. A CONCESSION REQUEST is subject to COM-PANY approval.

SHALL Indicates a mandatory requirement.

SHOULD Indicates a strongly recommended requirement.

BUILDING The word “Building” shall be understood to include all buildings, shelters and enclosures as required by the Project.

CONCEPTUAL DOCUMENTS

DOCUMENTS ( Drawings/ Documents) provided in the FEED package

2.3 QUALITY ASSURANCE AND QUALITY CONTROL The CONTRACTOR shall have in effect at all times, a Quality Assurance and Quality Con-trol system that establishes the authority and responsibility of those responsible for the quality system. Persons performing quality functions shall have sufficient and well defined authority to enforce quality requirements, initiate, identify, recommend and provide solu-tions to quality problems and verify the effectiveness of the corrective action.

CONTRACTOR’S proposed quality system shall fully satisfy all the elements of ISO 9001 – 2000, “Quality Management Systems – Requirements” and ISO 9004 – 2000, “Quality Management Systems – Guidelines for Performance Improvements”, with due regard to ISO 19011. The quality system shall provide for the planned and systematic control of all quality-related activities performed during fabrication. Implementation of the system shall be in accordance with the Quality Manual and Project Specific Quality Plan, which shall both together with all related and referenced procedures, be submitted to the COMPANY for review, comment and approval.




The COMPANY reserves the right to inspect materials and workmanship at all stages of fabrication and to witness any or all tests. The COMPANY, 30 days after award but prior to the pre-inspection meeting, shall provide the CONTRACTOR with a copy of its Fabrication and Inspection Plan for review and inclusion of any mandatory COMPANY witness points.

3.0 DESIGN CRITERIA By reference, the latest editions of the following standards, codes, guides and specifica-tions, in effect and available at the time of the award of the project, shall be considered as part of the design criteria. In cases of conflict between these documents, the more strin-gent shall take precedence. No provisions are required to make any building or portion thereof accessible to handicapped personnel, unless specified in drawings or under build-ing descriptions.

Alternate standards and codes meeting the requirements of the referenced standards and codes may be used with the approval of COMPANY.

3.1 BUILDING CODES AND REGULATORY AUTHORITY REQUIREMENTS For all relevant codes and standards, refer the specifications in Appendix –A. Additionally the following Codes and other applicable Standards of Local Regulatory Authorities having jurisdiction shall apply.

NFPA 1H Uniform Fire Code

IAPM0 UMC Uniform Mechanical Code

ICC IPC International Plumbing Code

3.2 INTERNATIONAL STANDARDS Following standards have been referenced in various sections of this document.

ISO 8000-8 Acoustics

ISO 717-1 Rating of Sound insulation in Buildings and of building elements

ISO 9004-2000 Rating of sound insulation in buildings and of building elements

ISO 9001-2000 Quality Management Systems- Requirements

ISO 9004-2000 Quality Management Systems – Guidelines for Performance Improve-ments

ISO 19011 Quality Management Systems – Guidelines for Quality and Environ-mental System Auditing

3.3 ENGINEERING STANDARDS The final design for the buildings shall comply with the design engineering codes, specifi-cations and standards described in this Design Basis and the Design Basis of other engi-neering disciplines, listed herein in Appendix A.

3.4 ENVIRONMENTAL CONSIDERATIONS 3.4.1 The design of the buildings shall give consideration to and incorporate environmental fac-

tors into the design solutions to the fullest practical extent, including climatic conditions, acceptable noise levels and energy conservation.




3.4.2 Climate

The environment of the site features a climatic cycle of fluctuating temperature and winds, combined with humidity, persistent dust and heavy, frequent salty dews.

The overall conditions consist of extreme climatic condition for people, equipment and ma-terial. Particular consideration shall be given to the corrosive salty atmosphere, high am-bient temperatures, humidity and solar radiation when selecting materials and equipment.

3.5 BUILDING CODE ANALYSIS The DESIGNER shall be required to provide a complete written building code analysis for each structure to ensure that all the requirements of the Codes and standards including local regulatory authority requirements have been reviewed and the project is in compli-ance with the most stringent code. The CONTRACTOR shall review all the building code analyses to verify that there are NO errors or omissions from the codes & local regulatory requirements and that all DRAWINGS reflect these code requirements

3.6 MECHANICAL CODE ANALYSIS The DESIGNER shall be required to verify in writing that the number of plumbing fixtures, toilets, urinals, sinks, drinking fountains, etc. in the final building design is in compliance with the requirements of the Codes and standards including local regulatory authority re-quirements. The CONTRACTOR shall review all the DESIGNER’S written documentation to verify that appropriate number of plumbing fixtures have been provided on the DRAW-INGS per the most stringent code requirements.

3.7 EQUIPMENT SPACE REQUIREMENTS The DESIGNER shall be responsible to verify all final equipment sizes for mechanical, electrical, etc. and spaces required by the manufacturer and building codes for their ser-vice and replacement and shall design all spaces and rooms to accommodate these re-quirements. The CONTRACTOR shall review all manufacturer’s drawings, building codes, and regulatory authority requirements to verify that the DRAWINGS of the DESIGNER are in compliance.

4.0 ARCHITECTURAL DESIGN REQUIREMENTS 4.1 GENERAL

The final design of the buildings shall use the highest standards of professional architec-tural design to create aesthetically pleasing and functional facility for the personnel and plant requirements of Ruwais Refinery Expansion (RRE).

4.2 PLANNING AND DESIGN The building designs shall provide:

o Adequate and appropriate allocation of required facility space for use.

o Appropriate considerations for passive energy conservation and personnel comfort from the aggressive climate and environment.

o Adequate clearances for equipment access and future removal or replacement per manufacturer’s written instructions and related codes.




4.3 SITE PLANNING Site planning of buildings shall take into account aspects like inter-relationship of the build-ing with the whole system, movement pattern, traffic and road net-work, safety regulations, service network, fire safety, climatic and environmental aspects, site conditions like site dimension, contour, drainage, noise level, view, future expansion, visual aspects etc.

Buildings with interaction with plant units shall be called Amenities Zone. The buildings servicing the plant units shall be called Services Zone. Buildings in each Cluster shall be close to each other for ease of access.

Following buildings shall be in the Amenities Zone:

o Guard House

o Administration Building

o Canteen Building

o Archive Building

Following buildings shall be in the Service Zone, cluster -A

o Refinery Gate House

o Technical/ Maintenance Building

o General Services Building

o Main Workshop Building

o Warehouse Complex

o Vehicle Workshop

Following buildings shall be in the Service Zone, cluster -B

o Telecom Building

o Fire and Safety Building

o Laboratory Building

o Central Control Building

Following buildings shall be in the Plant area

o Substations

o SISs (Satellite Instrument Shelters)

o Operator Shelters ( combined with SIS and or stand alone)

o Satellite Workshops

o Oil and Chemical Shelters

Main and service/maintenance entrances of buildings shall be provided with vehicular ac-cess. All exit points in building also shall be provided with footpath and vehicular access. Road network and open space around the buildings shall be designed considering move-ment and functioning of fire tenders.




Sufficient open space shall be provided for planned expansion of the buildings. Adequate space shall be provided around the buildings for lighting and ventilation and possible use of evacuation zones in emergency. Site plan shall also take into account the landscaping aspects for aesthetics and appropriate use of open space. Sufficient Open space shall be provided for planned expansion of buildings.

4.4 SPACE REQUIREMENTS Space requirements for a building shall be decided based on activities to be performed in the building and consequent occupancy pattern, equipment layout etc. Spaces, which shall be provided in all the buildings/sheds, can be generally classified as follows:

4.4.1 Functional Spaces

Functional areas of any building or shed are constituted by the main activity areas for which the building is to exist. Various spaces/rooms shall be judiciously sized and shall be integrated logically to generate the total building plan taking into account the Ergonomic considerations including the following:

a. Activities, group of activities and consequent workflow pattern.

b. Site conditions i.e. dimensions, contours etc.

c. Climatic conditions vis-à-vis orientation.

d. Safety regulations.

e. Acoustics.

f. Services and Utilities.

g. Security.

h. Economy.

i. Aesthetics

j. Any specific requirement pertaining to particular buildings.

k. All other established Architectural design parameters.

The objective of spatial arrangement shall be to satisfy functional requirements and physi-cal comfort and safety regulations as well as aesthetics which has significant role in creat-ing a favorable working and living conditions.

4.4.2 Circulation Spaces

Following spaces are classified as circulation spaces. These spaces shall be provided for integrating various types of spaces and as means of access/egress:

a. Corridors and passages.

b. Staircases

c. Entrance lobby/Foyer including Reception & waiting.

d. Walkways.

e. Equipment loading/unloading platforms.

f. Emergency Exits.




4.4.3 Amenity Spaces

Following spaces are classified as amenity spaces. These spaces shall be provided, as required, depending upon requirements of gender, designation and number of building us-ers/ occupants.

a. Toilet.

b. Drinking Water Facility.

c. Locker and Change Rooms

d. Wash Rooms

e. Pantry

f. Prayer Room

g. Ablution Areas

4.4.4 Utility Spaces

Utility Spaces are the spaces, requirement of which are generated due to provision of ser-vices like Air-conditioning, pressurization, fire fighting, electrical, telephone etc. These spaces shall be provided as per specific building services. Following are the examples:

a. HVAC Room.

b. Electrical distribution panel rooms

c. Fire Fighting Equipment room.

d. Telecom/Telephone Exchange Equipment Room.

e. UPS Room

f. Battery Room

Unless specifically required functionally, equipment or panels shall be fitted in general ar-eas or offices or the like. Enclosed rooms as identified above shall be used.

4.4.5 Parking Spaces

Parking Spaces are outside the buildings/sheds for parking vehicles used for commuting occupants and visitors and parking of trucks as required for building/ shed function.

Following spaces shall be provided as per specific building services:

a. Reserved parking

b. Employee parking

c. Visitor Parking

d. Parking for Handicapped

e. Truck and Bus Parking

4.5 DAY LIGHTING AND NATURAL VENTILATION Established level of illumination per standards and local requirements shall be maintained for all parts of each building by means of windows, skylights, reflected lighting etc. Estab-lished level of ventilation per codes and standards and local requirements in terms of air




changes per hour shall be maintained for all spaces. Natural ventilation shall also be sup-plemented by mechanical or electrical means of ventilation in all human occupied areas. Forced ventilation in toilet/ showers and the like shall be provided for each cubicle based on enclosed nature of toilets with full height partitions.

4.6 LANDSCAPING AND PAVING AROUND BUILDINGS Landscaped areas with auto irrigation system shall be provided around every building for aesthetics. A minimum of 4% of the fenced area of RRE shall be landscaped. Landscaping shall be done with appropriate selection of plants and plantation areas.

4.7 ESSENTIAL BUILDING SERVICES Following essential services shall be provided, unless specified otherwise.

4.7.1 Water Supply, Distribution and Drainage, Sanitary Services

All buildings with human occupancy shall have provision of toilet with both hot and cold water provisions and drinking water. Drinking water provisions shall be provided within an enclosure separated from the toilets. All service pipes showing on the external wall shall be suitably concealed or shall be provided within a shaft.

4.7.2 Electrical Services

Electrical services for buildings shall consist of electrical supply and distributions, internal and external electrical lighting installations, telephone and data network, fans, exhaust fans, lightning protection system etc including all accessories, cabling etc up to the junc-tion/ distribution boxes connecting to the plant.

4.7.3 Air Conditioning and Heating

All functional and amenity spaces, including applicable portions of circulation spaces in normally closed and manned buildings and spaces housing equipment/ machinery/ panels requiring air-conditioning environment shall be air-conditioned by means of central AC plant.

Normally open and manned buildings and spaces housing equipment/ machinery/ panels requiring air-conditioning environment shall be air-conditioned by means of appropriate air-conditioning system per specification.

4.8 ARCHITECTURAL ELEMENTS 4.8.1 Minimum Spaces and Room Sizes

Minimum sizes for designation specific office spaces and key facilities of buildings are listed in appendix-C. As a minimum, the following dimensions shall be used:

Passages / Corridors Min 1200mm wide (for single loaded passages/ corridors) Min. 1700mm wide (for double loaded passages/ corridors)

Offices Min. 3000mm x 4000mm modules with provisions for installing self standing modules.

Toilet Cubicles ( fully enclosed)

Min. width 1000mm x 1500mm with 800mm door width

Showers/ Drying Areas

Min. 1000mm x 1800mm




Lockers ( twin locker size)

Min. 300mm - 350mm wide x 500mm - 550mm depth x 1800mm - 2000mm high

4.8.2 Parking space

Parking spaces for each building shall be provided per appendix- D. Minimum parking space shall be as follows:

Car parking 2400mm x 5500mm (min)

Shaded Car parking (2 cars per unit) 5500mm x 5500mm(min)

Bus/ Truck parking 3000mm x 9000mm(min)

4.8.3 Minimum Ceiling Heights

Minimum ceiling heights, measured from finished floor to underside of ceiling or beams whichever is the lower, shall be:

Office Rooms Min. height 2700mm

Control Room, lab, computer rooms Min. height 3000mm

Toilets, wash/locker rooms, etc. Min. height 2500mm

Corridors Min. height 2500mm

Electrical station Min. height 4200mm

Area under floor of Substation Min. height 1800mm

4.8.4 Finished Floor Level

In general finished floor level of buildings shall be determined with respect to top of ap-proach road or pavement.

Following schedule shall be adhered to for finished floor level of various buildings and sheds, unless specified.

Building finished floor Top of Approach road + 300mm (min)

Loading/ Unloading bays Top of Approach road + 750mm

Substation False Floor levels Top of Approach road + 1500mm ( min)

Satellite Instrument Shelter ( False floor areas or cavity)

Top of Approach road + 600mm (min)

Warehouse/ Workshop / Sheds FFL Top of Approach Road + 150 mm (min)

4.8.5 Steps and Ramps

Steps or ramps shall be provided for access to the buildings/ sheds for pedestrian or ve-hicular equipment entry, as applicable. Minimum 1000mm wide platform shall be provided in between entrance door and steps/ramps. Following dimensions of the steps/ramps shall be adhered to:

A. Tread 250mm minimum




B. Riser 175mm maximum C. Slope of Ramp Not steeper than 1:6

4.8.6 Doors Dimensions:

Door dimensions shall be determined on the basis of following schedule and increased to accommodate installation and access for equipment, as required by equipment manufac-turer’s guidelines, building codes and the regulatory authorities having jurisdiction in the project.

Door dimensions in each building, like warehouses, workshops, fire and safety building shall be verified to suit space/ access requirements of forklift and trucks.

Minimum Clear Openings of Interior Doors

Building Location of Interior Door Size Fire and Safety

First aid facilities for pas-sage of stretcher

Min. 1500mm wide x 2200mm high

Workshop Instrument Shop Min. 1500mm wide x 2200mm high Workshop Between Electrical shop and

Mechanical shop Min. 1800mm wide x 2200mm high

Control Build-ing

Between Instrument and Electrical Room


Warehouse Warehouse and Store rooms


Laboratory Equipment entry for all Lab units

Min. 1500mm wide x 2200 mm high

All Toilets and showers Min. 800mm wide x 2100 mm high All Other Doors Min. 1000mm wide x 2200mm high

Minimum Clear Openings of Exterior Doors

Building Location of Exterior Door Size All Main Entrance ( unless

noted) Min. 1500mm wide x 2200mm high

All HVAC room Min. 2000mm wide x 2500mm high All Personal Entrance Doors Min. 1000mm wide x 2200mm high

Control Bldg Equipment entrance Min. 1800mm wide x 2500mm high Warehouse Main Entrance Min. 3000mm wide x 3000mm high Workshop Main Entrance Min. 3000mm wide x 3000mm high Fire and Safety

Fire Engine entrance Min. 4000mm wide x 5000mm high

Laboratory Main Entrance Min. 2500mm wide x 2500mm high Substation Battery Room Min. 1800mm wide x 2500mm high




4.8.7 Windows

Provide views to the outdoors for light and visual relief where feasible within the con-straints of the environment, blast resistant and safety requirements.

Sill of windows shall be a minimum of 900mm above the finished floor.

For the purpose of ventilation, total open area of windows shall be subject to 15%.of floor area to be ventilated. Wherever due to limitation of external wall are or any other reason, stipulated area of window cannot be provided, suitable mechanical or electrical devices shall be provided for ventilation.

4.7.8 Amenities and Accessories

Provide the normal amenities and accessories for personnel comfort and necessity such as properly located drinking fountains, snack facilities, and toilet accessories as required by the specifications listed in Appendix –A.

Provide adequate visual aids and building specialties such as writing surfaces, tack boards and tack “walls” and projection screens as determined during detail design.

Provide concealed facility in floors, walls and ceilings for meeting rooms for projectors, screens and support infrastructure. Provide sufficient, functional cabinets and millwork as determined during detail design.

4.8.9 Interior Furnishings:

Provide professional commercial interior design consultant(s) to assist in the final selection of all finishes, colors, furniture, accessories, artwork/ decorations, window treatments, inte-rior building graphics, lighting, signage and plantation.

The aesthetics and quality of the interior furnishings and graphics shall be high quality, commercial design with clean lines, high-tech appearance and shall feature durability, strength and comfort.

4.8.10 Security/Safety

The building design shall incorporate security and safety to meet the project requirements, design criteria, and the specifications listed in Appendix -A.

The designs shall incorporate:

o Required exits at proper locations.

o Required security alarm devices

o Fire & gas detection system, fire fighting & safety equipments.

o Appropriate fire rated assemblies and materials.

o Code required door hardware.

o Appropriate signage and graphics both for building identification and interiors in Arabic and English.

o Access Control to buildings ( Examples: CMC, Control room , SIS, Substations)

o Use of coded locks corresponding to COMPANY’s master key system




4.8.11 Emergency Exits

Emergency exits shall be provided for all buildings. Emergency exit for individual functions spaces such as console area and MCC area shall also be provided. Emergency exits shall be located in such a manner that escape route is direct, unobstructed and without passing through any other function areas to safe area. Corridors/ staircases shall be provided as escape route to the emergency exits. Emergency exits shall be in accordance with rec-ommendations of table A.7.6 of NFPA 101 and submitted to COMPANY for approval be-fore implementation.

4.8.12 Service Entry

Separate service entry shall be provided for service areas such as kitchen, air conditioned pressurisation plant, electrical room etc. A common service entry may be provided de-pending on spatial arrangement.

4.8.13 Air Lock Lobby

Air lock lobby shall be provided for all entry and exit of air conditioned spaces. Air Lock lobby may be avoided in case of small air conditioned habitable spaces.

4.8.14 Lift

Lift shall be provided for two storied buildings as stated in Building description in section 6.0. Lifts shall be adequately sized and details of lift to be submitted to COMPANY for ap-proval before implementation.

4.8.15 Noise Abatement

Reverberation

o The reverberation time (for definition see ISO 80000-8) in empty rooms, with fin-ished floors as indicated in the Finish Schedule, shall not exceed the following values:

Office rooms, training rooms, laboratories, conference rooms, control rooms, instrument and electrical shops

1 sec

Tea rooms, corridors, and other circulation spaces 1.25 sec

Noise transmission values

o Transmission loss between offices:

Minimum rating of airborne sound insulation between office rooms, assuming closed doors shall be 40 dB, determined according to ISO 717-1.

o Transmission loss between indoor and outdoor:

Minimum rating of airborne sound insulation of external walls against external noise, assuming closed windows, determined according to ISO 717-3, shall be: 35dB

o Transmission loss through floors (structure-borne noise):

Noise level in a room from a standard tapping machine immediately above the room on the finished floor of the room shall not exceed:




Frequency, Hz Maximum value, dB

250 72

500 70

1000 67

2000 58

Note: The standard tapping machine consists of 5 hammers of 500 gram each, fal-ling from a height of 40mm, 10 times per second.

Noise limits

Noise levels in buildings shall not exceed the following limits:

Area Description Maximum acceptable value, dB

Areas in workshops and machinery where communication is required

70 dB(A)

Workshop offices, computer rooms 60 dB(A)

Open plan offices 50 dB(A)

Offices and conference rooms 45 dB(A)

For noise having an impulsive and/or tonal character, the above limits shall be set at a level 5 dB (A) lower.

4.8.16 Lighting

Lighting illumination requirements shall be in accordance with the specification “Electrical Services in Buildings” as listed in Appendix - A. Details of lighting to be submitted to COM-PANY for approval before implementation.

4.9 ARCHITECTURAL DOCUMENT STANDARDS 4.9.1 Drafting Standards for Buildings

All drafting standards shall be established for the building and landscape documents with PMC approval.

Drafting shall result in clear, legible, and graphically complete drawing documents incorpo-rating line weight schemes for readability.

Minimum letter size (height) shall be 3mm high.

Building match lines where necessary shall be coordinated to be taken at the same places for all Design Discipline with standardized locater key.

The DRAWINGS shall be produced using computer-aided Engineering (CAE) software compatible Intergraph Microstation.

The DRAWINGS shall have a bar scale for each metric scale used on that sheet.

Directional arrows shall be provided showing plant north, true north, Mecca and prevailing winds on all site plans and building floor plans.

Grid lines, Bench marks to be included as appropriate.




4.9.2 Specifications

Appendix- A provides the list of specification for all materials to be used for supply and in-stallation, including equipment and fittings for use.

CONTRACTOR shall submit to the COMPANY for approval specifications covering all ad-ditional material or equipment intended to be used, supplied and installed and other nec-essary items needed to complete the project.

4.9.3 Symbology

The architectural drafting symbology for buildings shall be symbology available in the computer software, but must be a widely recognized architectural profession/industry standard.

4.9.4 Units of Measurement

All dimensions, quantities and units of measurement used on the DRAWINGS and in cal-culations shall be given in metric units.

4.9.5 Scale

The DRAWINGS for the building shall be done at the scales common within the architec-tural profession for the various drawings and detail types.

The DRAWINGS for buildings shall be in metric scales. The following minimum scales are the most frequently used and suggested as a guide:

Floor Plans for large buildings 1:100 or 1:200

Floor Plans for medium to small buildings or enlarged plans

1:50

Exterior Elevations and Sections 1:100 or 1:200

Exterior Elevations and Sections for Medium to small buildings

1:50

Wall Sections and Interior Elevations 1:20 or 1:50

Door Details and Miscellaneous details 1:10 or 1:20

Roof Plans 1:200, 1:100 or 1:50

4.9.6 Construction Documents

Construction specifications are provided, as a minimum, for all building materials, compo-nents and systems necessary for procurement, subcontracting and construction.

The DRAWINGS to be provided by the CONTRACTOR shall, at the minimum, consist of detailed, dimensioned plans, elevations, sections, schedules, and details for the buildings.

4.10 ARCHITECTURAL DOCUMENT SUBMITTALS Construction work should not commence without obtaining approved drawings of all build-ings covering all work to be performed on the buildings and approval of fitting schedule. The document submittal requirements to meet the goal are mentioned below:




4.10.1 Submittals Schedule

The architectural design work for each of the buildings shall consist of required formal submittals for COMPANY review and comment at strategic completion percentages for various phases of the work as listed below.

The interior design, furnishings, landscape, and irrigation development shall provide the corresponding submittals as listed below.

The submittals for each building are required as follows:

o 35% preliminary design issued for approval.

o 65% Construction documents issued for review.

o 90% Construction documents final review.

(At this stage, the construction documents are 100% complete and checked by the CONTRACTOR).

o 100% final submittal (construction documents are complete and checked includ-ing COMPANY’s 90% comments).

4.10.2 The architectural work shall consider and establish, at minimum, the following:

The information for the buildings, such as cost targets/budgets, codes and standards, pro-ject schedule and environmental requirements.

Final list of required spaces and area allocations and equipment lists along with personnel position title for spaces and any special needs or considerations for each area or space.

4.10.3 Preliminary Design (35% Submittal)

The preliminary design submittal shall incorporate COMPANY’s comments from previous submittal reviews and complete the design of buildings for COMPANY’s design approval.

The submittal shall include:

o Site (immediate area), layouts where useful and necessary.

o Building floor plans, elevations, sections and perspective views to illustrate the design and appearance of the buildings.

o Building description, an outline document containing description of materials.

4.10.4 Construction Documents (65%, 90% and 100% Submittals)

The construction documents provided by the CONTRACTOR shall consist of the dimen-sioned plans, elevations, details and schedules, interiors and furnishings and shall include at the minimum the following:

Drawings

o Site plans of immediate building area.

o Site Architectural details, (in conjunction and coordination with civil discipline work).

o Plans

o Floors




o Roof

o Building elevations

o Building wall sections and cross sections as necessary

o Building details

o Door and window details

o Enlarged plans (of selected areas) as necessary

Schedules

o Door

o Hardware

o Windows

o Interior finishes

o Reflected ceiling plans and details

o Cabinets and millwork

o Laboratory casework – plans and elevation.

o Furnishings and Fittings

Specifications

Specifications shall cover the materials and construction for the buildings and be coordinated with the specifications of other engineering disciplines such as Civil, Structural, HVAC, Plumbing, Electrical, and Fire Protection to form complete speci-fications for construction of the buildings.

4.10.5 Final Interior and Furnishings

Final interiors and furnishings submittals shall correspond to the 35%, 65%, 90% and 100% submittals for architectural building documents in Paragraph 4.9.4.

The interiors and furnishings for the buildings construction documents shall consist of the following:

Color and finish schedule coordinated with architectural room finish materials.

Furniture, layout and furnishing accessories, and window treatment plans as necessary and coordinated with architectural plans.

Furniture and furnishing accessories schedule coordinated with furniture plans. All furni-ture items shall be numbered with a system that identifies the building in which the item belongs.

Installation instructions from the manufacturer as required.

4.10.6 Color and Material Schedule

4.10.6.1 The CONTRACTOR shall produce a color and material sample board with all finishes shown, for approval by the COMPANY. This color and material scheme shall be based on the Specifications, Guides, Attachments, and the color samples selected by the COM-PANY.




4.10.6.2 All materials used shall be in accordance with the associated Design General Specifica-tion or as covered elsewhere in the contract documents.

4.10.6.3 The CONTRACTOR shall submit one color and material sample board, plus 3 copies of the description for approval by the COMPANY. No architectural item shall be procured prior to written COMPANY approval.

4.10.7 As-Built Drawings

The as-built DRAWINGS shall be created as the last revision number on the affected DRAWINGS and specifications, and shall be taken from the marked set of contract docu-ments that have been maintained and marked in an approved color coded scheme by the field construction labor forces and shall, at a minimum, include:

o Critical and strategic dimensional changes.

o Layouts or plan adjustments.

o Changes in materials or construction details.

o Changes in utility and engineering coordination.

o Equipment changes.

5.0 CONSTRUCTION CHARACTERISTICS 5.1 NORMAL CONSTRUCTION 5.1.1 Foundations

Reinforced concrete slab on grade with reinforced concrete spread footings and vapor barrier between the ground and the concrete.

5.1.2 Building Framing System

Reinforced concrete or steel frames.

Metal clad buildings shall be coated steel framing and insulated metal roofing and siding panels, unless otherwise specified.

5.1.3 Roofing System

Single-ply roof membrane (water proofing), rigid insulation (polystyrene board for heat in-sulation) protected by cement tiles.

Roof surface of flat roofs shall have minimum draining slope using screed or light weight concrete layer, unless otherwise specified

Roof construction shall be U < 0.35 W/m2 K.

Access by staircase or cat ladders shall be provided where air conditioning equipment and/or any other equipment requiring regular maintenance are installed on the roof of buildings

5.1.4 Exterior Walls

Exterior walls shall be comprised of painted reinforced concrete/ concrete block work and/or prefinished metal wall panels.

Wall construction shall be U < 0.60 W/m2 K.

Exterior walls shall have noise transmission loss levels as specified in Section 4.7.14.




5.1.5 Ceilings

Suspended acoustical tile ceilings shall be provided in office areas, laboratory and lockers rooms and corridors.

Toilet ceilings shall be corrosion protected metal sheeting.

All ceiling materials shall have a flame spread of 25 or less and smoke development of 25 or less when tested in accordance with ASTM E 84.

5.1.6 Doors

5.1.6.1 Main Entrance doors shall be sliding type, radar operated with double glass insulation. Doors shall include hardware and weather-stripping. Additioanl entrance doors shall be in-sulated double glass with single / double acting swing. Vision panels, if provided shall be double-paned insulated safety glass

5.1.6.2 Exterior doors shall be 45mm thick insulated hollow metal door and frame, made of galva-nized steel, factory primed, field painted

5.1.6.3 Interior doors shall be 45mm thick solid core wood veneer faced / insulated hollow metal door in hollow metal frame. Plastic lamination shall not be used because of development of dangerous gases in the case of fire.

5.1.6.4 Fire doors shall be provided for all exterior doors and for interior doors as required by the building codes

5.1.6.5 All door lock hardware keying system shall be coordinated with COMPANY plant keying system. All cylinders and keys shall be integrated with the existing master key system

5.1.7 Windows

Interior windows shall be commercial quality steel or anodized aluminum, sliding or fixed units with clear glass.

Exterior windows shall be commercial quality steel or anodized aluminum units, double glazed, insulated and tinted. Frame color finish and styling shall match building entrance doors.

Frames and glazing to be selected with consideration for energy conservation.

5.1.8 Interior Walls and Partitions

200mm thick concrete unit block walls for fire rated walls, mechanical rooms and toilet ar-eas shall extend up to the underside of the roof slab.

Metal studs and gypsum wall board / demountable metal partitions between offices as specified in the Finishes Schedule or indicated on the CONCEPTUAL DOCUMENTS.

Private office and other related spaces may be constructed of moveable wall/partition sys-tem as indicated in the Finishes Schedule or directed by COMPANY.

Interior masonry walls in office areas, corridors and lobby to be plastered and painted as noted in the Finishes Schedule.

Glazed ceramic tile walls up to ceiling height in toilet areas and in other rooms as indi-cated in the Finishes Schedule.

5.1.9 Floors




Heavy duty floor tiles shall be provided in office areas and corridors.

Vitreous clay tile to be provided in rooms and toilets as noted in the Finish Schedule.

Mechanical air conditioning room floors to be steel trowel finished green concrete with non skid dust-proof epoxy-resin sealer.

Provide metal dividers strips or thresholds at juncture of different floor materials.

Computer access floors in Control Rooms and UPS Rooms as indicated in the Finish Schedule. Acid -resistant tiles shall be provided in selected laboratory areas

5.1.10 Wall Bases

Vinyl cove base shall be provided at vinyl composition tile floors.

Tile cove base shall be provided with tile floors.

Coved sand/cement skirting shall be provided as indicated in the Finish Schedule.

5.1.11 Toilet Partitions

Solid phenolic plastic, 26mm thick, standard partition doors shall be installed in the built-in ceramic tile toilet partitions and shower stalls

Urinal screens shall be solid phenolic and wall mounted.

Hardware for partition doors and urinal screens shall be stainless steel.

5.1.12 Toilet Accessories

Provide mirrors with stainless steel shelves, hand dryer, soap dispenser, paper towel dis-penser, and toilet tissue dispenser.

Provide flexible hose union tap in a position adjacent to each water closet.

5.1.13 Cabinets and Countertops

Plastic laminate faced countertop, base cabinets and wall cabinets and shelving on ad-justable shelf hardware.

5.1.14 Metal Shelving

Heavy-duty steel shelving shall be provided in store rooms and janitor rooms.

5.1.15 Building Graphics and Signage

Interior room numbers, names, graphics and exterior building identification signage shall be provided.

The CONTRACTOR shall engage a Signage Specialist to design and prepare layout and design for signs in both Arabic & English.

5.1.16 Building Equipment

Workshop equipment, appliances, and warehouse shelving shall be provided. The CON-TRACTOR shall engage a Warehouse Specialist to provide a layout and design for all equipment, cabinets, and shelving.

5.1.17 Finish Schedules

The finish schedules for the buildings are indicated on the CONCEPTUAL DOCUMENTS.




5.1.18 Interior Furnishings and Accessories

Interior design finishes and furniture selection shall be coordinated with the architectural building design, under the supervision of the CONTRACTOR and COMPANY. The final concept shall be presented in appropriate interior design construction documents.

Interior design and furniture selection shall provide a high quality, commercial design which provides:

• A contemporary, (high tech) clean line aesthetic.

• A high degree of functionality, ergonomic design, strength, and durability.

• Interior window treatment shall be functional with contemporary (high tech) ap-pearance coordinated with the building architecture

5.2 BLAST RESILIENT CONSTRUCTION Blast resilient criteria shall be applied to the following buildings:

o Substations

o Satellite Workshops

o Central Control Building

o Jetty Control Room building

5.2.1 The CONTRACTOR shall review the blast protection requirements from the results of the Quantitative Risk Assessment (QRA) performed during the EPC phase, and shall advise COMPANY on any change which may be necessary in the applicable blast criteria.

In addition to the requirements as given in section 5.1, following minimum design require-ments for Blast resilient buildings shall also apply.

5.2.2 Minimum Design Requirements for Blast Resilient buildings:

o The buildings shall have a reinforced concrete and or steel framing system design which will allow large plastic deformation without collapse of the structure.

o At least two entrances shall be provided for personnel. They shall be remote from each other and shall not be located on the walls facing the potential blast source.

o The number and size of external doors shall be minimized.

o Aluminum shall not be used as exterior doors in blast resilient buildings, because this material is too weak to hold the door pane in place during an explosion.

o All windows in exterior walls shall be laminated, using safety glass, tinted for glare control and vertical bar.

o Exterior windows in blast resilient buildings shall be made of coated, galvanized steel capable of transferring the explosion pressure on the window pane to the surrounding structure.

o Wall material having a brittle behavior, such as masonry, shall not be used in such a way that they are required to contribute to the overall strength or stability of the building. Reinforced Concrete blocks can be used.

o Wall or roof materials, such as masonry and metal sheet siding or panels, shall be reinforced and anchored to the structural frame in order to prevent being shat-




tered and becoming airborne projectiles during a blast. Some damage to the building and panels is acceptable, but panels shall remain attached to the struc-tural frame.

o Roofing systems, ceilings, light fixtures, electrical, fittings, ducts, piping, diffuser grilles, and all other components of the buildings shall have anchorage and sup-port systems designed to prevent easy and immediate collapse during an explo-sion blast.

o Lightweight sheeting or siding panels, roof, gravel, and loose tiles are not accept-able.

5.3 BLAST RESISTANT CONSTRUCTION Blast resistant criteria shall be applied to the following buildings:

o Satellite Instrument Shelters

o Operator Shelters

5.3.1 The CONTRACTOR shall review the blast protection requirements from the results of the Quantitative Risk Assessment (QRA) performed during the EPC phase, and shall advise COMPANY on any change which may be necessary in the applicable blast criteria.

5.3.2 Blast Protection Requirements

Some of the buildings are located inside the explosion radius. These buildings require to be designed by applying blast loads as defined in clause 8.15 of AMD-CU-002, Specifica-tion for Structural Engineering Design Criteria.

In addition to the requirements as given in section 5.2, following minimum design require-ments for Blast resistant buildings shall also apply.

5.3.3 Minimum Design Requirements for Blast Resistant buildings:

o Single storey buildings are recommended with heights kept to a minimum.

o Aluminum roofing and siding panels shall not be used in blast resistant buildings

o Door, pressed steel type design, shall be designed for blast loads. Doors shall open outwards. Structural calculations shall be submitted by the manufacturer for approval by the COMPANY

o No windows on external wall shall be provided.

6.0 BUILDING DESCRIPTION The following section describes the concept, facility description, functionality and specific requirements for the buildings listed in the COMPANY document 5578-TEC-CU-001(25418-1000-A0X-A000-C0001), titled The Buildings List.

Building design to meet requirements of all occupants listed in Appendix-B and the mini-mum space requirement of offices listed in Appendix-C in addition to the minimum key fa-cility space requirements mentioned in Appendix-D.

Size and configuration of these buildings are shown on the CONCEPTUAL DOCUMENTS.

6.1 GUARD HOUSE 6.1.1 Concept




The Guard House is the first stop at the entrance of the Ruwais Refinery Expansion com-plex for security inspection by the military personnel/ local police having jurisdiction in the area. The local police in this building allow the movement of authorized persons, passen-ger and material vehicles etc. for entering into Ruwais Refinery Expansion complex.

The guard house is located at the center of the road for Clear visibility and control of traffic at both sides of the building. The security checks would be done for vehicles on road and travelers on the footpath or adjoining area.

6.1.2 Facility Description

o Single storied Building with Normal Construction

o Glazed areas on both sides of the building for easy viewing of incoming and out-going vehicular and pedestrian traffic.

o Sitting area for supervisor with a desk and a cabinet.

o A small toilet and wash basin to cater both viewing areas

o A platform for making tea/coffee with a sink.

6.1.3 Functional requirements

o Signage area and control bars for stoppage and release of vehicles

o Camera and CCTV inside the building

o Air conditioned with a window air conditioner

o Ventilation through exhaust fan.

o 4 lockers for army personnel.

6.1.4 Specific requirements

o Use of laminated glass on windows for safety purposes

6.2 ADMINISTRATION BUILDING 6.2.1 Concept

The Administration building would be in Amenities Zone after the Guard House acting as a central facility for the top management of different departments of the Plant.

A group of three buildings (Administration, Canteen and Archive buildings) form a cluster of buildings with some common architectural elements or features to form a group of aes-thetically pleasing buildings. Use of rich materials and finish shall enhance the modern looks. These buildings should open to a large themed landscaped space with water bodies or fountains etc.

The buildings shall be connected with each other by air-conditioned pedestrian glazed walkways.

An auditorium (mainly used for presentation purposes) for around 150 people shall be part of the administration building, connected both from inside and directly from outside with foyers etc. and separate toilet facilities. The auditorium shall have luxury tiered seating and shall have state of the art sound system with effective and aesthetically appealing acoustical treatment on the walls and ceiling. It shall have modern projection facilities, a




stage and small green rooms. It shall have a dedicated air-conditioning system for energy conservation


o Two floor structure with RCC column and beam normal construction with infill of block work/concrete panels/curtain glass wall.

o The building shall contain the personnel of the following Staffing groups:

• Management

• Administration

• Operations

• Finance

• Crisis Management Centre (CMC)

• Security

• Training

o Top Management offices shall have offices for their secretary and waiting areas.

o Well distributed areas for storage/record rooms/ scanning/printing rooms/ pan-tries/meeting rooms etc. for easy reach from all offices.

o Rich, modern and aesthetically acceptable exterior and interior finishes for out-standing visual appearance.

o A centrally located Prayer Room with abulition facilities.

o Computer Room/Data Centre with UPS/Battery backup.

o Ladies and Gents toilet facilities in appropriate proportion at convenient locations.


o Fully Air Conditioned with fire & gas detection, fire fighting & safety equipments, paging and security systems.

o Provision of CCTV and camera at proper locations.

o A dedicated room near entrance for Building management System.

o Offices to be defined with demountable metal partitions/gypsum walls.

o No open-office concept to be adopted for this building.

o A lunch room for 25 persons with a pantry for warming food.


o One passenger lift and one freight lift.

o Adequate covered and open parking for employees and visitors.

o Energy conservation and sun shading devices to be considered in the design.

o Ramped access and toilet facilities, including handicapped toilet.

o Spare offices.




o An inviting grand entrance foyer, reception and waiting areas.

o There is no provision for future expansion to this building.

6.3 CANTEEN BUILDING 6.3.1 Concept

A Canteen is provided to prepare lunch for all staff in the refinery and serve as dining space for the staff in administration and archive building mainly. The building is to cater to 100% population of Administration and Archive buildings with 15% of the population of these two buildings as guests to have lunch in two shifts. The kitchen in addition has to be big enough to cook and pack meals in boxes to be supplied to the working population of the plant area in various buildings.

This building also shares the common landscaped space with water bodies and fountains and is connected to Administration and Archive Buildings by air-conditioned glazed cov-ered passages.


o Single storey structure with RCC column and beam normal construction with infill of block work/concrete panels/ glazing.

o Two separate entrances with foyers for staff and VIP dining areas.

o Ladies and gents hand wash and toilet facilities areas shall be separately pro-vided both for the common and VIP dining areas.

o Dining area shall open towards the central landscaped area.


o Fully air-conditioned with Fire & gas detection system, Fire fighting & Safety equipments and Paging/Music Systems.

o To service 50% of population of Administration and Archive Buildings in one sit-ting.

o A dining space for 20 VIP people with a separate entrance and lavish seating.


o Kitchen needs to be equipped with all modern cooking and washing gadgets with automatic packing machines for preparing lunch boxes.

o Food is not served at tables but buffet system is followed for both the dining ar-eas.

o Kitchen staff to have separate toilets/showers/lockers facility.

o Cooking gas supply in the kitchen need to be through central piped gas supply or a gas cylinders bank outside the kitchen.

o Proper exhaust system in the kitchen.

o Parking for trucks for loading of lunch boxes/supply to kitchen close to packing area/kitchen storage.

o There is no provision of expansion to this building




6.4 ARCHIVE BUILDING 6.4.1 Concept

This building is also part of the cluster of the three themed buildings to have rich modern look. This building houses the storage of hard copies as well as electronic copies of all engineering drawings and documents and related data of the entire plant. The purpose of the building shall be document management and document reproduction with provisions to have manual and electronic CAD facility. It shares the common big landscaped space with water bodies and fountains and is connected to Administration and Canteen Buildings by glazed air-conditioned covered passages.


o Two floor structure with RCC Columns and Beams normal construction with infill of block work and glazing

o Reception and waiting areas for outsiders and contractors.

o Technical library shall be part of the building.

o It shall have a manual drafting / CAD area.


o A prayer room with abulition.

o A small composite ladies toilet

o Stack areas for documents/drawings on both/either floors.

o Pantry for making tea/coffee.


o Fully Air Conditioned with fire & gas detection system, fire fighting & Safety equipments , security systems.

o The archive building should have an EDMS system for storage.

o Copying and reproducing facility, offices for document clerks/ document controller etc.

o Offices to be defined with demountable metal partitions / Gypsum wall.


o Loading / Unloading deck shall be provided for ease of loading/unloading from trucks/lorries.

o Freight lift for ease of documents movement between floors.

o Storage area to keep cartons/hard copies after unloading from truck and before moving them into stack areas.

o There is no provision of expansion to this building

6.5 REFINERY GATE HOUSE 6.5.1 Concept




The security guards sitting in this building allow the movement of authorized persons, pas-senger vehicles for entering into the refinery.


o Single floor structure with RCC Columns and Beams normal construction with infill of block work/glazings.

o Preferably two separate identical building blocks controlling inward and outward traffic, tied by an impressive and bold covered entrance for pedestrians/vehicles and trucks to pass underneath

o Inward traffic guard house to have large glazing to have un-interrupted view of vehicle and lorry movement.

o This guard house to have reception/waiting/toilet/tea-counter and an office for the security officer and general guard area.

o Outward traffic guard house to have Guard area/toilet/tea-counter and a scale room to take weight of vehicles on weighing bridge at the central lane for trucks


o Signage area and control bars for stoppage and release of vehicles

o Camera and CCTV inside the building

o Air conditioned with a window air conditioner/split units.

o Ventilation through exhaust fan.

o Lockers for security personnel.


o Weighing bridge to be provided for trucks/lorries carrying material

o Turnstiles with card reader to be used to control pedestrian movement at Inwards guard house.

o Barriers / sliding gates need to be provided to control and monitor vehicular traffic

6.6 TECHNICAL / MAINTENANCE BUILDING 6.6.1 Concept

This building will have two wings or two buildings, close and connected to each other, housing Technical and Maintenance engineers and staff. The Technical wing will house the Engineering Development Section consisting of process engineers mainly with focus on improved process design and control. The Maintenance wing shall have planning engi-neers, inspection engineers, planners and inspectors with all support staff for execution of maintenance work and turnaround activities. Maintenance department would have three sections, namely electrical, mechanical and instrumentation. Reliability Section shall be working on plant preventive maintenance.


o Two floor structure with RCC Columns and Beams normal construction with infill of block work/concrete panels/curtain glass wall. Offices to be defined with de-mountable metal partitions/gypsum walls.




o Well distributed areas for storage/record rooms/ scanning/printing rooms/ pan-tries/meeting rooms etc. for easy reach from all offices.

o A centrally located Prayer Room with abulition facilities.

o Lunch Room with a pantry.


o Ladies and Gents toilet facilities in appropriate proportion at convenient locations.

o Operator Training Simulator Rooms.

o Design and Drafting facility


o Fully Air Conditioned with fire and gas detection systems, fire fighting & safety equipments, paging and security systems.

o Provision of CCTV and camera.

o The building need to be close to the Workshop for ease of access and regular in-teraction with Technical / maintenance staff and the workshop areas.


o Spare offices

o Adequate open and covered parking for employees and visitors

o Ramped access and toilet facilities, including handicapped toilet.

6.7 GENERAL SERVICES BUILDING 6.7.1 Concept

This building houses the office areas for general services personnel like transportation controller, landscape supervisor with some rest areas for the drivers and gardeners. The building would be the central place for the building maintenance team consisting of electri-cians, plumbers, HVAC controllers and occasional subcontractors working on civil mainte-nance scope for the plant.


o Single floor structure with RCC Columns and Beams normal construction with infill of block work/glazings

o Lunch room with central desk for all staff

o Office rooms for gardener and landscape controller

o One room for all drivers to rest

o One Locker room for all

o Prayer room

o Pantry





o Fully Air Conditioned with fire & gas detection system, fire fighting & safety equipments

o The building need to be close to Technical/Maintenance building for better sup-port


o Space outside building for parking carts and a pick up truck

o Space for maintenance spares (electrical cables and piping)

6.8 MAIN WORKSHOP 6.8.1 Concept

This building would be the main workshop for the plant for repair of equipment, welding and paint. Different sections of the workshop would house areas for mechanical ex-changer repair, instrument repair and lay down areas. The workshop is equipped with overhead traveling EOT cranes.


o Single storied Metal Building with insulated metal panels on walls and pitched roof

o Exchanger Repair area

o Welding and fabrication shop

o Tool room for storage of tools and some spares

o Electrical workshop

o Instrument workshop for repair of all instrumentation

o Valve Maintenance room

o Paint and Carpentry Shop

o Lunch Room for approx. 30 non-Takreer workers with a Pantry

o Prayer Room

o Shower and locker facilities

o Offices for Technicians within workshop areas


o Air conditioned using Air Handling units with a chiller placed outside the building in the main lay down area and exposed ducting in workshops.

o Workshop shall have large doors with ramped access for forklift.

o Shall have an un-interrupted personnel access way to the maintenance section of the Technical / Maintenance building

o Eye wash

o Fire and gas detection systems, fire fighting & safety equipments.


o Cart and cycle stand.




6.9 WAREHOUSE COMPLEX 6.9.1 Concept

Warehouse Complex consists of the Main warehouse, Chemical warehouse, carpentry shop, paint shop, open shaded warehouse and open yard warehouse.

Chemical warehouse to be a separate building with automatic doors and accessible to forklift. Open shaded warehouse is to house coated pipe spools. Open Yard warehouse is to store structural steel, reinforcement and packed large equipment.


o Single storied Metal Building with insulated metal panels on walls and pitched roof.

o Shutdown store – used for turnarounds only

o Electrode room with dehumidifier

o Air conditioned Electronic card room

o Spares area - Three storied Racks with adequate bays for storage

o Electrical bulk and spare storage area

o Other Bulks storage area

o Carpentry Shop

o Paint Shop

o Open shaded warehouse

o Open yard warehouse

o Chemical Warehouse


o Issue Counter and Store keeper office

o Rack areas to be air conditioned using Air Handling units with a chiller placed outside the building

o Inventory controllers office

o Forklift access for electrical and mechanical stores ( large spare parts)

o Rack areas for small spare parts

o Main Warehouse would need to have a lunch room for a capacity of 30 non-Takreer personnel.

o Prayer room

o Showers and Lockers


o Fire protection system for portion of rack areas

o Fire and gas detection system, Fire fighting & safety equipments.




6.10 VEHICLE WORKSHOP 6.10.1 Concept

Vehicle workshop is for regular maintenance of vehicles, including washing and tyre changing facility. Vehicle workshop would be adjacent to the main workshop and fire and safety building.


o Single storied Metal Building with insulated metal panels on walls and pitched roof Building

o Office for Supervisor

o General Store/ Spare parts store

o Open shaded area for car wash facility with adequate drainage system and for maintenance of trucks/ fire tenders/ jib cranes

o Tyre store

o Air conditioned using Air Handling units with a chiller placed outside the building


o 2 numbers of pits for vehicle maintenance

o Area for vehicle raising platform using Hydraulic jack

o Compressed air unit

o Utility water storage and plumbing system with multiple valve outlets

o Locker facility in vehicle maintenance bay

o Small toilet with a shower and lockers.

o Fire fighting and safety equipments.

o Fire and gas detection system


o All area to have hard finish and Finished floor level shall be raised above road

6.11 TELECOM BUILDING 6.11.1 Concept

Telecom building would be normally un-manned building housing the PABX, radio and telecom equipment for the entire plant buildings.


o Single floor structure with RCC Columns and Beams normal construction with infill of block work/glazing.

o Technician and Operators offices

o Storage space attached to PABX, MDF and Network Room

o Small composite toilet





o Un-manned facility with intermittent inspection

o Fully Air Conditioned with fire and gas detection system, fire fighting & safety equipments.

o Raised floor for cable entry

o Ramped access to building for equipment entry


o Standby HVAC equipment for un-interrupted air-conditioning.

6.12 FIRE AND SAFETY BUILDING 6.12.1 Concept

This building houses offices, fire control centre, training areas for Fire and Safety person-nel, primary nursing station and parking for various fire fighting trucks and rapid interven-tion vehicle.

The Fire division and Safety division shall be housed in different wings of the building.


o Two floor structure consisting two separate wings with RCC Columns and Beams normal construction with infill of block work/glazings.

o Central part between two blocks for Parking of Fire Tenders and other vehicles with Steel structure and metal insulated siding and pitched roof.

The Fire wing of the building houses the following areas:

• Offices for Chief Fire Officer and shift supervisors.

• Meeting room.

• Fire Control Centre

• Foam Storage Area

• Dry Powder Filling Station

• Mobile Tractable equipment store

• Lunch Room with Pantry.

• Prayer Room with abolition facility.

• Rest Areas for Fire fighters.

• Showers/Lockers and Toilets.

The Safety wing of the building houses the following areas:

• Offices for Safety Engineers

• Training areas

• Room for CO2 and N2

• Air Compressor Room




• Workshop

The covered parking bays need to have provision for the following vehicles:

• Foam Fire Truck 2 nos.

• Foam Carrier 1 no.

• Powder Truck 1 no.

• Rapid Intervention Vehicle 1 no.

• Water Carrier 1 no.

• Hazmat Truck 1 no.

• Hydraulic Access Platform 1 no.

• Pick-Up Trucks 2 nos.

• Ambulance 1 no.


o Fully Air Conditioned with fire and gas detection systems, fire fighting & safety equipments, paging and security systems

o Location of the rest room should be near to the fire station control room and to have direct and easy access to Fire Tender parking area.

o Drill tower is not required

Due to larger column free spaces parking bay area may be a steel structure with metal roofing on top. There shall be roof extractors / exhaust system to take the fumes out of the building.


o Parking of Fire tenders shall not face the Process Units.

o The parking bays width / depth and height shall be in accordance with the Fire Protection Design Philosophy.

o Spare offices to be kept for future

o Refer F&G specification for display location and sizes of display

o Fire training area near RRD would be the common training area for RRE as well

6.13 LABORATORY BUILDING 6.13.1 Concept

Laboratory building is the central analysis and monitoring unit for all products and assay. Sample from each process unit is brought to the laboratory by sample collectors per schedule/ sampling plan or as requested by operator or other parties.

Laboratory is housed with a day lab conducting regular operations while the shift lab con-ducts activities specific for the laboratory.

Contractors shall not perform any demonstration or repair of laboratory equipment in the laboratory building. Training facility and presentation hall in Administration building is planned for the purpose.





o Single floor structure with RCC Columns/Beams normal construction with infill of block work/glazing.

Following 10 Lab unit rooms shall be considered:

o Day Lab o Shift lab o Gasoil Lab o Jet Fuel/ ATK Lab o Sulphur Lab o Petro Lab o Octane Lab o Gas Lab o Analytical Lab o Water Lab

Additional Areas:

o Each of the labs shall have provisions to house dedicated chemist and assistants. o Offices for Head of Laboratory, senior supervisors and senior chemists, o Prayer room o Pantry o Computer room with provision for future modernisation o Laboratory shall have record room for records on samples o Scanning and printing facility o Showers and lockers o A bunker room shall be provided for storage of Cylinders o Spare Parts store o Cold Room for electronic card storage


o Fully Air Conditioned.

o Provisions of Safety Shower

o Fire and gas detection systems, fire fighting & safety equipments.

o Sizing of each lab shall conform to laboratory Analysis requirement for individual process units.

o All reagents would be stored in individual lab units


o Ramped access to building for equipment entry




6.14 CENTRAL CONTROL BUILDING 6.14.1 Concept

This is a central monitoring and control facility for the plant equipment and process.

Control building shall have a control room with restricted access and surrounded by offices for Manager, shift controller, and support engineers including few senior process engi-neers and operators.


o Blast resilient building construction. o Three Control rooms, i.e. for offsite, utility and process unit, shall be made sepa-

rated with partitions restricting vision and sound. o Central room shall have access to only panel operators and operation supervi-

sors. o Central control room could be of double height at the console area with second

story offices overlooking console area depending upon ergonomic study recom-mendations / architectural design.

o Each bay shall house 6 consoles as a minimum o Each bay shall be expandable with provisions of spare bays in future o Offices for process engineers o Offices for operators o Offices for Support engineers ( DCS, automation, network) o Server room o Emergency controller o Meeting room o Pantry


o Centrally air conditioned. o The console area shall have large displays o Three separate document room i.e. offsite/ process / utility for keeping operating

manuals, P&IDs and filing. Document room to have shelving, P&ID stick-files /rack arrangement and copying facility and storage for consumables.

o Printer facility shall be provided in console rooms o Fire and gas detection system, Fire fighting and safety equipments.


o False ceiling with reflective lighting o False flooring for control room and other support areas. o Safety Equipment Room and storage of Inergen Gas Bottles




6.15 SATELLITE INSTRUMENT SHELTERS AND SUBSTATION 6.15.1 Concept

A combined building for Sub-Station, Satellite Instrument Shelter and the Operator Shelter shall be planned for optimisation. Substation will be Blast resilient while SIS needs to be blast resistant. Operator shelter will be blast resistant.

SIS is normally un-manned air-conditioned building housing control systems cabinets for local process units with operator and engineering workstations for local control and moni-toring in special situation. This is an air-conditioned unmanned building to house all the static equipments like switchgears, AC & DC UPS, small lighting, power distribution pan-els, interposing relay panels etc. The transformers are installed outdoor on one side of the building.

Operator shelter shall be a part of this building with changing facility for the operators with toilet and washbasin.


o Single storied Blast Resistant/Blast Resilient Building construction. o The roof shall be single-ply membrane, flat roof with drainage through down pipes

carrying water to plant grade. o The combined building shall contain Switchgear Room, HVAC Room, UPS Room,

Battery Room, Instrument Room, and Operator Shelter with toilet, shower and lockers, Transformer bays, Space for Inergen Gas Bottles, etc.

o The Switchgear room shall be elevated to give min. 1800mm clear space from the grade. The Instrument Room and UPS need to have a false floor. The internal height of the building from top of elevated floor to underside of beams needs to be min. 4200mm.

o The transformer bays are separated with each other by a 2hour fire rated con-crete wall and to be sheltered with durable aesthetically pleasing metal sun screen overhead and wire mesh fence and gates to each transformer unit open side. Each bay shall have gravel filled concrete containment pit around each transformer.


Entrance Air Locks to Switchgear and Instrument Rooms

o The building shall be provided with air-conditioning system, pressurization sys-tem, lighting, fire and gas detection system, fire fighting and safety equipments, safety surveillance systems

o The main entrance vestibules shall be furnished with built-in special cleaning floor mats for sand removal.

o Room shall be pressurized and provided with door seals to control dust infiltration.

Switchgear Room

o Large equipment access doors shall be located on exterior wall for equipment removal and maintenance and shall be located on opposite side of airlock en-trance if possible.




Battery Room

o Direct external access door shall be provided on the exterior wall. The external door is to be fitted with door seals to maintain pressure and limit infiltration.

HVAC Room

o This room shall be located on the ground floor and shall be separated from elec-tronic instrumentation by at least two meters distance or a 300mm thick reinforced concrete wall to reduce mechanical and electrical interferences.

o The room shall have a large equipment and maintenance entry door.

Instrument and UPS Rooms

o This rooms shall have a raised access floor min.1200mm above the grade slab o The entrance shall be via an air lock room and one separate large entrance door

on the exterior wall opposite to the airlock for equipment entrance and mainte-nance shall be provided.

Operator Shelter

o The room has to be big enough to house 4 operators at a time with an attached toilet and a shower with 4-6 lockers to serve as facility to change overalls/ cloth-ing.


o Doors on external walls shall be designed as blast resistant according to specifi-cation 5578-AMD-CU-002.

o There shall be no windows in the building

6.16 SUBSTATION BUILDINGS (STANDALONE) 6.16.1 Concept

This is an air-conditioned unmanned building to house all the static equipments like switchgears etc., small lighting, power distribution panels, interposing relay panels etc. The transformers are installed outdoor on one side of the building.


o Single storied Blast Resilient Building construction. o The roof shall be single-ply membrane, flat roof with drainage through down pipes

carrying water to plant grade. o The building shall contain Switchgear Room, HVAC Room, Battery Room, Trans-

former bays, Space for Inergen Gas Bottles, etc. o The Switchgear room shall be elevated to give min. 1800mm clear space from the

grade. The internal height of the building from top of elevated floor to underside of beams needs to be min. 4200mm.

o The transformer bays are separated with each other by a 2hour fire rated con-crete wall and to be sheltered with durable aesthetically pleasing metal sun screen overhead and wire mesh fence and gates to each transformer unit open side. Each bay shall have gravel filled concrete containment pit around each transformer.





Entrance Air Locks to Switchgear Rooms

o The building shall be provided with air-conditioning system, pressurization sys-tem, lighting, fire and gas detection systems, fire fighting and safety equipments, safety surveillance systems

o The main entrance vestibules shall be furnished with built-in special cleaning floor mats for sand removal.

o Room shall be pressurized and provided with door seals to control dust infiltration.

Switchgear Room

o Large equipment access doors shall be located on exterior wall for equipment removal and maintenance and shall be located on opposite side of airlock en-trance if possible.

Battery Room

o Direct external access door shall be provided on the exterior wall. The external door is to be fitted with door seals to maintain pressure and limit infiltration.

HVAC Room

o This room shall be located on the ground floor and shall be separated from elec-tronic instrumentation by at least two meters distance or a 300mm thick reinforced concrete wall to reduce mechanical and electrical interferences.

o The room shall have a large equipment and maintenance entry door.


o Doors on external walls shall be designed as blast resistant according to specifi-cation 5578-AMD-CU-002.

o There shall be no windows in the building

6.17 OPERATOR SHELTER (STANDALONE) 6.17.1 Concept

This is an air-conditioned manned building for day to day operation of process units/facilities. Operators inside this building used to observe the activities happening in the units and help the control room operation for the field services.

Changing facility for the operators would be in the nearest combined SIS and substation building.


o Single storied Blast resistant building construction with precast concrete panel/concrete in-situ walls and roofing system

o Standalone operator shelters requires toilet with washbasins, however no shower or changing facility is required

o No windows shall be provided.





o Air conditioned building with split air-conditioning unit. o Fire and gas detection system, Fire fighting system. o Lockers o Desk space

6.17.4 Specific requirements o Shall be located one per unit, within 50m of the edge of the unit incase there is no Sub-

station/SIS building having this facility.

6.18 SATELLITE WORKSHOPS 6.18.1 Concept

This workshop would serve up to 6 process units for repair of relatively small equipment, and welding. The building will consist of single bay of workshop with a 2 Ton EOT crane.


o Single storied Blast resilient building construction with precast /cast-in-situ con-crete walls and roofing system

o Storage of tools and some spares o Technician’s offices for Electrical/Mechanical & Control systems. o Small lunch room for 15 workers o Prayer Room o Toilets, showers and lockers


o Air conditioned building. o Fire and gas detection system, fire fighting & safety equipments. o Doors and ramped access from roads for forklift to main bay


o Cycle and Cart Stand o Small toilet block directly accessible from outside.

6.19 OIL AND CHEMICAL SHELTERS 6.19.1 Concept

The shelters are for storing chemical totes/ drums used for dosing. Location of these shel-ters is near the process units requiring most of the dosing.


o Un-manned Shed with metal roofing o Curbed area with sump sloping away from ramp/ access o Ramped Access through small forklift from roads o Racks for storing drums





o Access to drums by small forklift shall be provided with 2m wide aisle


o No walls in shed

6.20 CATALYST STORAGE BUILDINGS 6.21.1 Concept

This is to store Catalyst used for stripper unit.


o Single storied Un-manned metal building.


o Accessible from road through forklifts o Air-conditioned with fire and gas detection system, fire fighting and safety equip-

ments


o No natural light inside building

6.21 JETTY SATELLITE INSTRUMENT SHELTERS 6.22.1 Concept

This is normally un-manned building to house the control system cabinets and to control loading arm movement and berth operability in Jetty area.


o Single storied blast resistant building. o The instrument room and UPS need to have a false floor.


o Entrance air-lock to Instrument Room. o Air Conditioned. o Fire and gas detection system, Fire fighting and safety system


o No windows

6.22 JETTY CONTROL AND SUB-STATION BUILDING 6.23.1 Concept

This is a manned building with sub-station on ground floor & control room on first floor in Jetty area. Control room of this building is used to monitor and control all the activities happening in jetty area.


o Two storied Blast Resilient building construction.




o The switchgear room, Battery and HVAC rooms on Ground Floor o Offices for operators o Offices for Support engineers ( DCS, automation, network) o Server room o Emergency controller o Meeting room o A small Pantry and Prayer Area on first floor.


o Air Conditioned with Fire and gas detection system, fire fighting and safety system

6.23.4 Specific Requirements

o Control Room and support areas to have false floor.

6.23 JETTY GUARD HOUSE 6.23.1 Concept

The security guards and the Navy personnel sitting in this building allow the movement of authorized persons, passenger vehicles for entering into the refinery from the Jetty side.



o Building to Navy personnel. o Office for security supervisor and small waiting area o Toilet and small platform for making tea/coffee with a sink.


o Signage area and control bars for stoppage and release of vehicles o Camera and CCTV inside the building o Air conditioned with a window air conditioner/split units. o Ventilation through exhaust fan. o Lockers for security personnel. o Fire and gas detection system, Fire fighting & safety equipments


o Barriers / sliding gates need to be provided to control and monitor vehicular traffic

6.24 MARINE BUILDING 6.24.1 Concept

The Marine Coordinator and shift supervisor assign Marine officers to berthing stations for supervising loading and unloading facility at berths.






o Toilet and small platform for making tea/coffee with a sink.


o Air conditioned with a window air conditioner/split units. o Ventilation through exhaust fan. o Lockers for security personnel. o Fire and gas detection system, Fire fighting & safety equipments


Weighing bridge to be provided for trucks/lorries carrying material




APPENDIX A -LIST OF SPECIFICATIONS

5578-SP-PU-00101 Basic Engineering Design Data

5578-AMD-CU-001 Specification for Civil Engineering Design Criteria

5578-AMD-CU-002 Specification for Structural Engineering Design Criteria

5578-AMD-EU-027 Electrical Services in Buildings

5578-AMD-IS-003 Specification for Fire and Gas Detection Systems

5578-AMD-MU-200 Specification for Fire Protection Design Basis

5578-AMD-AU-051 Specification for Concrete ( Buildings)

5578-AMD-AU-052 Specification for Masonry

5578-AMD-AU-053 Specification for Architectural Metals

5578-AMD-AU-054 Specification for Wood and Plastics

5578-AMD-AU-055 Specification for Thermal and Moisture Protection

5578-AMD-AU-056 Specification for Doors and Windows

5578-AMD-AU-057 Specification for Architectural Finishes

5578-AMD-AU-058 Specification for Architectural Specialities

5578-AMD-AU-063 Specification for HVAC System

5578-AMD-AU-064 Specification for Plumbing




APPENDIX B – STAFFING AT RUWAIS REFINERY EXPANSION

SUMMARY STAFFING PLAN FOR RUWAIS REFINERY EXPANSION

Building name

RRD( for reference

only) RRE

Increase in RRE

compared to RRD Remarks

GUARD HOUSE 4 5 25%

ADMINSTRATION BUILDING 68 98 44%

CANTEEN BUILDING 0 25 New Building at RRE

ARCHIVE BUILDING 6 12 100%

REFINERY GATE HOUSE 9 13 44%

TECHNICAL/ MAINTENANCE BUILDING 125 182 46%

GENERAL SERVICES BUILDING 18 28 56%

MAIN WORKSHOP 48 69 44%

MAIN WAREHOUSE 27 35 30%

CHEMICAL WAREHOUSE 0 5 Specific Staff for RRE Chemical Warehouse

OPEN SHADED WAREHOUSE 0 0 Normally Unmanned, managed by Main Warehouse

OPEN YARD WAREHOUSE 0 0 Normally Unmanned, managed by Main Warehouse

CARPENTRY AND PAINT SHOP 7 8 14%

VEHICLE WORKSHOP 6 8 33%

TELECOM BUILDING 0 3 Specific Staff for RRE Telecom Building

FIRE AND SAFETY BUILDING 42 50 19% RRD staffing is based on new building at RRD

LABORATORY BUILDING 30 48 60% RRD staffing is based on new building at RRD

CENTRAL CONTROL BUILDING 39 62 59%

SATELLITE INSTRUMENT SHELTERS AND SUBSTATIONS 0 24Normally Unmanned SIS, managed by Maintenance staffAverage manning of 2 operators in 24 SIS buildings

SUBSTATION BUILDING ( STANDALONE) 0 0 Normally Unmanned, managed by Maintenance staff

OPERATOR SHELTERS ( STANDALONE) 20 30 50% 20 Operators in RRD. Average manning of 2 in 15 standalone

SATELLITE WORKSHOP 16 16 0% Number of workshop is increased from 4 in RRD to 6 in RRE






JETTY SATELLITE WORKSHOP 10 11 10%

OIL AND CHEMICAL SHELTERS 0 0 Normally Unmanned, managed by Maintenance staff

CATALYST STORAGE BUILDING 0 0 Normally Unmanned, managed by Maintenance staff

JETTY SATELLITE INSTRUMENT SHELTER 0 0 Normally Unmanned, managed by Maintenance staff

JETTY CONTROL AND SUB-STATION BUILDING 0 0 Normally Unmanned, managed by Maintenance staff

MARINE BUILDING 17 23 35%

JETTY GUARD HOUSE 3 5 67%TOTAL 575 840 146%

NOTE: 1. Staffing at RRE shall be approximately 40% more than the RRD stafiing.2. Within the area of the building identified, possibility of modifying the staffing could be considered by CONTRACTOR for appropriate allocation of resources3. For detail breakdown of staffing, refer staffing details of each building in following sheets.




ADMINISTRATION BUILDING

Sr. No Designation RRD( for reference only) RRE

1 RRDM 1 12 Secretary to RRDM 2 23 DRM 1 14 Secretary to DRM 1 25 Operation Advisor 1 16 Maintenance Manager 1 17 Secretary to Maint Manager 1 18 Administration Manager 1 19 Secretary to Admin Mgr 1 110 SEF(Safety, Environment, Fire) Manager 1 111 Secretary to SEF mgr 1 112 Technical Service Manager 1 113 Secretary to Tech Service Mgr 1 114 Engineering Development Manager 1 115 Secretary to Engg Dev Mgr 1 116 Major Project Coordinator 1 117 Secretary to Project Coordinator 1 118 CMC (Crisis Management Center) 1 119 Production Planning Economics Section Head 1 120 Sr. Production Planning Engineer 1 221 Sr. Performance Monitoring Engineer 1 122 Production Planning Engineer 5 723 Production Planning Accountant 2 324 Production Planning Accountant Asst 5 725 Plant Accountant 4 526 Sr .Safety Engineer 0 127 Personnel Section Head 1 128 Secretary to Personnel Section Head 3 429 Senior personnel officer 1 130 Personnel officer 1 231 Personnel Staff 5 732 Automation Section Head 1 133 Tea Boy 2 334 Scanning (with Document clerk) 3 435 Messenger 2 336 Clerk ( incl Document Clerk) 2 337 Helper 3 438 Security Guard 1 239 Quality Manager 0 140 Secretary to Quality Manager 0 141 Training Officer (Spare) (Manager) 0 142 Secretary to Training Officer (Spare) 0 143 Office for Govt official/ Visitor ( Manager) 0 144 Service Lift Operator 0 145 Manager( Spare) 0 146 Secretary to Manager (Spare) 0 147 Drivers 5 8

TOTAL 68 98

APPENDIX B - STAFFING AT RUWAIS REFINERY EXPANSION (CONTD.)




TECHNICAL/ MAINTENANCE BUILDING

Sr. No DesignationRRD

( for reference only) RRE Division

1 Engg. Development Section Head 1 1 Technical2 Sr. Development Engineer ( incl spare) 1 2 Technical3 Development Engineer 3 4 Technical4 Sr. Civil Engineer 1 2 Technical5 Civil Engineer 6 9 Technical6 Design Draftsman 3 5 Technical7 Electrical Engineer 1 1 Technical8 Instr/Controls Engineer ( incl spare) 0 1 Technical9 Project Engineer 2 2 Technical10 Sr. Process Engineer 2 2 Technical11 Sr. Controls Engineer 1 2 Technical12 Process Engineer Section Head 1 1 Technical13 Sr Process Engineer 4 8 Technical14 Process Engineer 10 18 Technical15 Quality Coordinator 0 1 Technical16 Sr. Automation Engineer 1 2 Technical17 Sr. System Engineer 1 2 Technical18 System Engineer 7 9 Technical19 Automation Engineer 2 3 Technical20 Computer Support - Contractor 2 3 Technical

Subtotal for Technical Division 49 7821 Maintenance Superintendent 1 1 Maintenance22 Mechanical Section Head 1 1 Maintenance23 T/A Planning Section Head 1 1 Maintenance24 Electrical Section Head 1 1 Maintenance25 Engg. & Planning Support Section Head 1 1 Maintenance26 Act. Control Sec. Head 1 1 Maintenance27 Sr Controls Engineer 3 5 Maintenance28 Sr Electrical Engineer 2 3 Maintenance29 Sr Mechanical Engineer 3 5 Maintenance30 Sr Rotating Equipment Engineer 1 2 Maintenance31 Sr Planning Engineer 1 2 Maintenance32 Planning Engineer 3 5 Maintenance33 Planner ( incl spare) - Reliability/ Plant Preventive Maint. 8 11 Maintenance34 Mechanical Engineer 3 4 Maintenance35 Control Engineer 1 2 Maintenance36 Cost Control Engineer 1 1 Maintenance37 Materials & Contracts Engineer 1 1 Maintenance38 Mechanical Supervisor 2 1 Maintenance39 Electrical Supervisor 1 1 Maintenance40 Controls Supervisor 1 1 Maintenance41 Contract Assistant 1 1 Maintenance42 Technical Clerk ( incl spare) 8 11 Maintenance43 Tea Boy 1 3 Maintenance44 MTC Messenger 1 1 Maintenance45 Inspection Section Head 1 1 Maintenance46 Sr. Corrossion Engineer 1 1 Maintenance47 Sr. Inspection Engineer 1 1 Maintenance48 Inspection Engineer 5 9 Maintenance49 Corrossion Protection Engineer 1 1 Maintenance50 Inspector 4 6 Maintenance51 NDT Technician 5 7 Maintenance52 W.P. Operator 1 2 Maintenance53 TPI 1 1 Maintenance54 Helper/ Cleaning Boys 8 9 Maintenance

Subtotal for Maintenance Division 76 104TOTAL 125 182





CENTRAL CONTROL BUILDING


1 Control Room Manager 2 22 Section Head ( Process, Utility, offsites) 4 73 Shift Controller 1 14 Operator Supervisor 4 95 Senior Operator 1 36 Panel Operator 17 247 Process Engineers 4 68 Support Engineers ( DCS/ Automation/ Network) 0 29 Secretary 3 410 Helper 3 4

TOTAL 39 62

FIRE AND SAFETY BUILDING


( for reference only) RRE

1 Safety and Environmnet Section Head 1 12 Sr Safety Engineer 2 23 Safety Engineer 10 124 Sr. Environment Engineer 1 25 Occupational Health Specialist 1 16 Environmental Technicians 2 2

Subtotal in Safety Division 17 207 Fire Section Head 1 18 Shift Supervisor 1 19 Fire Section Administrators 2 210 Day Shift Supervisor 2 211 Technical Officers 4 412 Fire Fighting persons 15 20

Subtotal in Fire Division 25 30TOTAL 42 50

CANTEEN BUILDING



1 Canteen Supervisor/ Section Head 0 12 Chief Chef 0 13 Assistant Chef 0 24 Cook 0 75 Serving staff 0 46 Store Keeper 0 27 Helper (Dishwashing) 0 68 Janitor 0 2

TOTAL 0 25

ARCHIVE BUILDING


1 Archive Section Head 0 12 Secretary to Archive Section Head 0 13 Records Clerk 3 54 Reprogapher/ Scanner 3 45 Helper (Document shredding and disposal) 0 1

TOTAL 6 12





LABORATORY BUILDING



1 Laboratory Section Head 1 12 Secretary 1 13 Lab Supervisor 2 44 Lab Chemist ( Water Lab) 1 15 Lab Assistant ( Water Lab) 1 26 Lab Chemist - Jet Fuel Lab 2 27 Lab Assistant - Jet Fuel Lab 1 28 Lab Chemist - Gasoil Lab 1 29 Lab Assistant - Gasoil Lab 1 210 Lab Chemist - Sulphur Lab 1 111 Lab Assistant - Sulphur Lab 1 212 Lab Chemist - Petro Lab 1 113 Lab Assistant - Petro Lab 1 214 Lab Chemist - Octane Lab 1 115 Lab Assistant - Octane Lab 1 216 Senior Lab Chemist - Analytical Lab 1 217 Lab Assistant - Analytical Lab 1 218 Lab Chemist - Gas Lab 1 219 Lab Assistant - Gas Lab 1 220 Lab Chemist - Day Lab 2 221 Lab Assistant - Day Lab 1 222 Lab Chemist - Shift Lab 1 123 Lab Assistant - Shift Lab 1 224 Computer Data Clerk 1 125 Records Room clerk 0 126 Printing / Scanning Helper 1 127 Tea Boys 1 228 Sample Collectors 1 2

TOTAL 30 48

GENERAL SERVICES BUILDING



1 General Services Section Head 1 12 Services Officer 6 73 Personnel Assistant 1 14 Housing Assistant 1 15 Janitor (for all buildings in Service Zone) 0 26 Subcontractors for building repair/ maintenance 0 27 Driver ( CAR) 3 48 Driver (BUS) 6 10

TOTAL 18 28

TELECOM BUILDING



1 Telecom Operator 0 12 Technician 0 13 Computer Assistant 0 1

TOTAL 0 3





GUARD HOUSE


1 Supervisor (Govt Officer) 1 12 Army Personnel 3 4

TOTAL 4 5

REFINERY GATE HOUSE


( for reference only) RRE1 TAKREER - Senior Security Super visor 1 12 TAKREER - Supervisor 2 23 Senior - Supervisor - Spark 1 14 Supervisor - Spark 1 25 Officer - Spark 1 16 Security Guard- Spark 3 57 Officer ( Spare) 0 1

TOTAL 9 13

JETTY GUARD HOUSE


1 Supervisor (Govt Officer) 1 12 Navy personnel 2 4

TOTAL 3 5

MARINE BUILDING


1 Marine Coordinator 1 12 Asst. Marine Coordinator 1 13 Shift Supervisor 4 64 Marine officer 11 145 Officer ( spare) 0 1

TOTAL 17 23

MAIN WAREHOUSE


1 Warehouse Section Head 1 12 Warehouse Supervisor 1 13 Inventory Checker 1 14 Secretary 1 15 Senior Store Keeper 3 26 Store Keeper ( Electrical) 0 17 Store Keeper (Instr and electronic cards) 0 18 Store Keeper (Piping valves, welding rod) 0 19 Contractors (Forklift driver, helper ) 20 26

TOTAL 27 35

CHEMICAL WAREHOUSE


1 Chemical Store Keeper 0 12 Contractor - warehouse 0 4

TOTAL 0 5





MAIN WORKSHOP


1 Maint. Supervisor 1 12 I/C Technician 5 73 Elect. Technician 5 74 Mech. Technician 3 55 Conditioning Monitoring Technician 4 76 Mechanical Technician 1 17 Electrical Technician 1 18 Instrument Technician ( incl spare) 8 129 Fitter/Welder/Turner (certified subcontractors only) 20 28

TOTAL 48 69

CARPENTRY AND PAINT SHOP


1 Workshop Supervisor 1 12 Contractors 6 7

TOTAL 7 8

VEHICLE WORKSHOP


1 Workshop Supervisor 1 12 Store/ Spare Parts keeper 1 13 Mechanic - Contractor 4 6

TOTAL 6 8

SATELLITE WORKSHOP


1 Maint. Supervisor 3 32 I/C Technician 4 43 Elect. Technician 4 44 Mech. Technician 5 5

TOTAL 16 16

JETTY SATELLITE WORKSHOP


1 Maint. Supervisor 0 12 I/C Technician 2 23 Elect. Technician 2 24 Mech. Technician 6 6

TOTAL 10 11





APPENDIX C – ROOM SIZES PER DESIGNATION

Designation Building No of persons in room

Minimum Room dimension( meters)

Minimum office Area (Square meter ) Comparable Designations Remarks

RRDM Administration 1 6 55 With separate attached conf room and toilet

DRM Administration 1 5 45

Manager Administration 1 5 35Operation Advisor

( Admin)Applicable for all designations ending with title "manager"

Project Coordinator Administration 1 5 35Superintendent Technical/ Maintenance 1 3.6 18 Quality Coordinator(Admin)

Section Head

Technical/ Maintenance, Control Bldg, Archive, Admin,

Lab, Fire Station,

1 3.6 18

Shift Controller Control Building 1 3.6 18Security Supervisors Guard House 2 3 16

Senior Operators Control Building 1 3 16Inspectors Technical/ Maintenance 4 3.6 24Accountant Administration 4 3.6 24

Inst.Technician Technical/ Maintenance 4 3.6 24Elect. Technician Technical/ Maintenance 4 3.6 24Mech. Technician Technical/ Maintenance 4 3.6 24NDT Technician Technical/ Maintenance 4 3.6 24

General Service Personnel All Bldgs 4 3.6 24 Gardener will have a separate of room of 12 sqm

Draftsman Technical/ Maintenance All 3.6 24 All in a hall

Operation Supervisor( Common Discussion Room) Control Building All 3.6 18 Room in addition to allocated open

space (9 sqm) in Console room

Sr. Engineer Technical/ Maintenance 1 3 16 Sr Personnel Officer( admin)

StorekeeperWarehouse 1 3 12

Contract assistant (Technical/ Maintenance)

Scientists (Laboratory)

Secretary All Bldgs except Administration 1 3 12

Secretary/ Clerk Administration 4 3.6 24Panel Operator Control Building All NIL NIL Inside Control room at console desk

Engineer Technical/ Maintenance 2 3 16 Personal Officer ( admin)

Planners Technical/ Maintenance 2 3 16Maintenance Supervisor Technical/ Maintenance 2 3 16

Fitter/Welder/Turner( common room for all in one bldg)

Main WorkshopSatellite workshop All 3 16 Reprographic clerks (Archive)

Helpers/ tea Boy( common room for all in one bldg) All Bldgs All 3 16




APPENDIX D – KEY FACILITY AND PARKING AREAS D1 - KEY FACILITY AREA

Building Specific Key Facility BuildingMinimum Room

dimension( meters)

Minimum room Area (Square meter ) Remarks

Building Management System Administration 4 30Crisis Management Center (CMC) Administration 6 70

Support Room ( next to CMC) Administration 4 30Auditorium Administration 12 250 For approx 150 persons excluding foyer, toilet etc.

Filing and Record RoomsAdministration,

Technical/Maintenance, Central Control, Laboratory

3 12as appropriate based on size and use of building

Document archival Area Archive Bldg. 20 700 Tentative size would be 40% higher than existing archive area of RRD (20m x 25m) approx

Technical Library Archive Bldg. 6 60

Drafting Area Archive Bldg. 4 24In addition to draftman area in technical building

Conference/Meeting RoomAdministration,

Technical/Maintenance, Central Control, Laboratory

3 16Actual size would be suited to building requirement.

Training Room Administration 6 60 Actual size would be suited to building requirement.

Fire Control Centre Fire and Safety Building 6 80Apparatus Store Laboratory 4 24

Operator Training Simulator room Technical/Maintenance 4 24 Two rooms to be adjacent to each other. Size of each room to be approx.24 sqm

Scanning RoomsAdministration, Archive, Technical/Maintenance,

Central Control, Laboratory2.5 10

OR as appropriate based on size and use of building

Printing RoomAdministration, Archive, Technical/Maintenance,

Central Control, Laboratory2.5 10

OR as appropriate based on size and use of building

First Aid Room Fire and Safety Building 3 12Only a Nurse and patient check-up table

Mail Room Administration 3 12

Amenities and Utility Areas All 2 10as appropriate based on size, use and occupance of buildings.Female toilets and handwash facilities in Admn.,Archive,Tech.Services/Maintenace, laboratory, Control Building and Canteen Bldgs.

Exclusive waiting areas close to senior officials Administration 2 9

as appropriate

Pantry/Snacks room All 4 20except in Archive/Telecom Buildings

Reception/Foyers/Waiting areas All 2 9 as appropriate

Server RoomAdministration, Archive, Technical/Maintenance,

Central Control, Laboratory3 12

as appropriate




APPENDIX D – KEY FACILITY AND PARKING AREA ( CONTD.)

Building NameCovered Reserved

Car Parking

Employee Car Parking

Visitor Car Parking

Handicap Car Parking

Trucks / Bus Parking

GUARD HOUSE (FIRST ENTRANCE) 0 1 2REFINERY GATE HOUSE 0 0 10JETTY GUARD HOUSE 0 0 2MARINE BUILDING 0 10 0 0 0CANTEEN BUILDING 0 10 0 0 1GENERAL SERVICES BLDG 0 6 0 0 2ARCHIVE BUILDING 0 8 2 0 1ADMINISTRATION 40 60 30 3 0TECHNICAL/ MAINTENANCE BUILDING 12 100 18 2 0MAIN WAREHOUSE 4 4 0 0 1CHEMICAL WAREHOUSE 0 0 0VEHICLE WORKSHOP 0 0 2CARPENTRY AND PAINT SHOP 0 0 0MAIN WORKSHOP 4 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP 0 2 0 0 0SATELLITE WORKSHOP - JETTY 0 2 0 0 0MAIN CONTROL BUILDING 8 35 5 0 0FIRE AND SAFETY 0 10 0 0 2

LABORATORY 8 20 4 0 0TELECOM BUILDING 0 0 0 0 0TOTAL 76 329 59 6 23NOTES:

3. Handicap Parking shall be alloted to Guard House, Administration Building and Technical / Maintenance Building.

1. Covered reserved parking shall be provided for all management positions ( eg Section Heads, Managers etc).

9158

431

12

D2 - PARKING AREAS

2. Employee Car parking, inclduing covered parking shall be provided for 50% of the employees. Balance 50% of the employees shall use Bus services of RRE.




APPENDIX E – LIST OF CONCEPTUAL DOCUMENTS

Company Dwg. No. DocumentDescription

5578-TEC-CU-001 Architectural - Building List5578-DGS-AU-050 Architectural Specification-Architectural Design Basis5578-DGS-AU-051 Architectural Specification-Architectural Fitting Schedule5578-1052-AU-D-001 Building Plans - Architectural Conceptual Drwg - Control Building5578-1052-AU-D-002 Building Plans - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-003 Building Plans - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-004 Building Plans - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-005 Building Plans - Substation (Sea water intake)5578-1052-AU-D-006 Building Plans - Combined Substation & Control room Jetty area5578-1052-AU-D-007 Building Plans - Satellite Instrument Shelter5578-1052-AU-D-024 Building Plans - Architectural Conceptual Drwg - Operator Shelter Ground Floor & Roof Plans5578-1052-AU-D-041 Building Plans - Architectural Conceptual Drwg - Sub-Station 5578-1052-AU-D-042 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-043 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-044 Building Plans - Architectural Conceptual Drwg - Substation 5578-1052-AU-D-045 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-046 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-047 Building Plans - Architectural Conceptual Drwg - Substation 5578-1052-AU-D-048 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-049 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-050 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-051 Building Plans - Architectural Conceptual Drwg - Substation 5578-1052-AU-D-052 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-053 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-054 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-055 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-056 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-057 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-058 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-059 Building Plans - Architectural Conceptual Drwg - Substation 5578-1052-AU-D-060 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-061 Building Plans - Architectural Conceptual Drwg - Substation5578-1052-AU-D-062 Building Plans - Architectural Conceptual Drwg - Substation5578-1052-AU-D-063 Building Plans - Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter5578-1052-AU-D-064 Building Plans - Architectural Conceptual Drwg - Main Workshop - Ground & Mezzanine Floor Plans5578-1052-AU-D-065 Building Plans - Architectural Conceptual Drwg - Warehouse Building Ground & Mezzanine Floor Plans5578-1052-AU-D-066 Building Plans - Architectural Conceptual Drwg - Satelite Workshop Ground Floor & Roof Plans5578-1052-AU-D-067 Building Plans - Architectural Conceptual Drwg - Control Building5578-1052-AU-D-068 Building Plans - Architectural Conceptual Drwg - Laboratory Building Ground Floor Plan5578-1052-AU-D-069 Building Plans - Architectural Conceptual Drwg - Fire Station Building Ground Floor Plan5578-1052-AU-D-070 Building Plans - Architectural Conceptual Drwg - Administration Building 5578-1052-AU-D-071 Building Plans - Architectural Conceptual Drwg - Administration5578-1052-AU-D-072 Building Plans - Architectural Conceptual Drwg - Canteen5578-1052-AU-D-073 Building Plans - Architectural Conceptual Drwg - Telecomms Building Ground Floor & Roof Plan5578-1052-AU-D-075 Building Plans - Architectural Conceptual Drwg - Main Gate House5578-1052-AU-D-076 Building Plans - Architectural Conceptual Drwg - Refinery Guard House 5578-1052-AU-D-079 Building Plans - Architectural Conceptual Drwg - Jetty SIS/Sub-Station 5578-1052-AU-D-080 Building Plans - Architectural Conceptual Drwg - Jetty Control Building 5578-1052-AU-D-081 Building Plans - Architectural Conceptual Drwg - Archive Building - Ground Floor Plan 5578-1052-AU-D-082 Building Plans - Architectural Conceptual Drwg - Archive Building First Floor & Lift Machine Room5578-1052-AU-D-083 Building Plans - Architectural Conceptual Drwg - Technical Services Building Ground Floor & Roof Pla5578-1052-AU-D-084 Building Plans - Architectural Conceptual Drwg - General Services Building - Ground Floor & Roof5578-1052-AU-D-085 Architectural Conceptual Drwg - Car Parking and Sunshades5578-1052-AU-D-101 Architectural Conceptual Drwg - Control building - Building sections and elevations





5578-1052-AU-D-102 Architectural Conceptual drawing - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-103 Architectural conceptual drawing - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-104 Architectural conceptual drawing - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-105 Architectural conceptual drawing - Substation (Sea water intake)-Elevation & Section5578-1052-AU-D-106 Architectural Conceptual drawing- Combined Substation & Control room Jetty area-Elevation & Section5578-1052-AU-D-107 Architectural Conceptual drawing - Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-124 Architectural Conceptual Drwg - Operator Shelter Elevations & Sections5578-1052-AU-D-141 Architectural Conceptual Drwg - Substation-Elevation & Section5578-1052-AU-D-142 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-143 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-144 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-145 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-146 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-147 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-148 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-149 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-150 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-151 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-152 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-153 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-154 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-155 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-156 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-157 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-158 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-159 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-160 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-161 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-162 Architectural Conceptual Drwg - Substation -Elevation & Section5578-1052-AU-D-163 Architectural Conceptual Drwg - Combined Substation & Satellite Instrument Shelter-Elevation & Section5578-1052-AU-D-164 Architectural Conceptual Drwg - Main Workshop - Elevations & Sections5578-1052-AU-D-165 Architectural Conceptual Drwg - Warehouse Building Elevations & Sections5578-1052-AU-D-166 Architectural Conceptual Drwg - Satellite Workshop Elevations & Sections5578-1052-AU-D-167 Architectural Conceptual Drwg - Control Building - Building Elevation & Section5578-1052-AU-D-168 Architectural Conceptual Drwg - Laboratory - Building Elevation & Section5578-1052-AU-D-169 Architectural Conceptual Drwg - Fire Station - Building Elevation & Section5578-1052-AU-D-170 Architectural Conceptual Drwg - Administration Building - Building Elevation & Section5578-1052-AU-D-171 Architectural Conceptual Drwg - Administration - Building Elevation & Section5578-1052-AU-D-172 Architectural Conceptual Drwg - Canteen - Building Elevation & Section5578-1052-AU-D-173 Architectural Conceptual Drwg - Telecomms - Building Elevation & Section5578-1052-AU-D-175 Architectural Conceptual Drwg - Main Gate house - Building Elevation & Section5578-1052-AU-D-176 Architectural Conceptual Drwg - Refinery Guard House No 1 - Building Elevation & Section5578-1052-AU-D-179 Architectural Conceptual Drwg - Jetty Satellite Instrument Shelter - Elevation and Sections5578-1052-AU-D-180 Architectural Conceptual Drwg - Jetty Control and Substation Building - Elevation and Sections5578-1052-AU-D-181 Architectural Conceptual Drwg - Archives Building Elevation & Section5578-1052-AU-D-183 Architectural Conceptual Drwg - Technical Services Building Elevation & Section5578-1052-AU-D-184 Architectural Conceptual Drwg - General Services Building - Elevation & Section5578-1052-AU-D-185 Architechural Conceptual Drwg -Car Parking & Sunshade5578-1052-AU-D-201 Architectural Finishing Schedule - Control Building5578-1052-AU-D-202 Architectural Finishing Schedule - Satellite Instrument Shelter5578-1052-AU-D-203 Architectural Finishing Schedule - Substation5578-1052-AU-D-204 Architectural Finishing Schedule - Warehouse5578-1052-AU-D-205 Architectural Finishing Schedule - Satellite Workshops5578-1052-AU-D-206 Architectural Finishing Schedule - Fire Station

APPENDIX E- LIST OF CONCEPTUAL DOCUMENTS ( CONTD)





5578-1052-AU-D-207 Architectural Finishing Schedule - Administration Building5578-1052-AU-D-208 Architectural Finishing Schedule - Main Workshop5578-1052-AU-D-209 Architectural Finishing Schedule - Administration Building5578-1052-AU-D-210 Architectural Finishing Schedule - Canteen Building5578-1052-AU-D-212 Architectural Finishing Schedule - Laboratory5578-1052-AU-D-213 Architectural Finishing Schedule - Telecomms Building5578-1052-AU-D-214 Architectural Finishing Schedule - Main Gate House5578-1052-AU-D-215 Architectural Finishing Schedule - Refinery Guard House5578-1052-AU-D-216 Architectural Finishing Schedule - Jetty Substation5578-1052-AU-D-217 Architectural Finishing Schedule - Jetty Control Building5578-1052-AU-D-218 Architectural Finishing Schedule - Archives Building5578-1052-AU-D-219 Architectural Finishing Schedule - Operator shelter5578-1052-AU-D-221 Architectural Finishing Schedule - Technical Services Building5578-1052-AU-D-222 Architectural Finishing Schedule - General Services Building5578-1052-AU-D-401 Building Perspectives - Control Building5578-1052-AU-D-402 Building Perspectives - Satellite Instrument Shelter5578-1052-AU-D-403 Building Perspectives - Substation5578-1052-AU-D-405 Building Perspectives - Workshop5578-1052-AU-D-406 Building Perspectives - Fire Station5578-1052-AU-D-407 Building Perspectives - Administration Building5578-1052-AU-D-408 Building Perspectives - Satellite Workshop5578-1052-AU-D-409 Building Perspectives - Archives Building5578-1052-AU-D-411 Building Perspectives - Canteen Building5578-1052-AU-D-414 Building Perspectives - Technical Services Building5578-1052-AU-B-020 Conceptual Sketches - Clinic Building5578-1052-AU-B-021 Conceptual Hand Sketches - Satellite Workshop5578-1052-AU-B-022 Conceptual Hand Sketches - Operator Shelter5578-1052-AU-B-023 Conceptual Hand Sketches - Archive Building5578-1052-AU-B-024 Conceptual Sketches - Mosque5578-1052-AU-B-025 Conceptual Hand Sketches - General Services5578-1052-AU-B-026 Conceptual Hand Sketches - Warehouse5578-1052-AU-B-027 Conceptual Hand Sketches - Warehouse5578-1052-AU-B-028 Conceptual Hand Sketches - Main Control Building5578-1052-AU-B-029 Conceptual Hand Sketches - Sub-Station5578-1052-AU-B-030 Conceptual Hand Sketches - Satellite Instrument Shelter5578-1052-AU-B-031 Conceptual Hand Sketches - Fire Station5578-1052-AU-B-033 Conceptual Hand Sketches - Technical Services5578-1052-AU-B-034 Conceptual Hand Sketches - Canteen5578-1052-AU-B-035 Conceptual Hand Sketches - Administration Building5578-1052-AU-B-036 Conceptual Hand Sketches - Administration Building5578-1052-AU-B-037 Conceptual Hand Sketches - Main Workshop5578-1052-AU-B-038 Conceptual Hand Sketches - Main Workshop5578-1052-AU-B-039 Conceptual Hand Sketches - Laboratory5578-1052-AU-B-040 Conceptual Hand Sketches- Telecom Building5578-1052-AU-B-041 Conceptual Hand Sketches- Main Refinery Gate House5578-1052-AU-B-042 Conceptual Hand Sketches- Location & Orientation plan5578-1052-AU-B-043 Conceptual Hand Sketches- Location & Orientation plan5578-1052-AU-B-050 Conceptual Hand Perspective - Administration Building5578-1052-AU-B-051 Conceptual Hand Perspective - Canteen Building5578-1052-AU-B-052 Conceptual Hand Perspective - Archive Building5578-1052-AU-B-053 Conceptual Hand Perspective - Main Control Building5578-1052-AU-B-054 Conceptual Hand Perspective - Technical Services Building5578-1052-AU-B-055 Conceptual Hand Perspective - Maintenance Building5578-1052-AU-B-056 Conceptual Hand Perspective - Main Refinery Gate House

APPENDIX E- LIST OF CONCEPTUAL DOCUMENTS ( CONTD)





5578-1510-AU-D-001 Building Plans - Architectural Conceptual Drwg - Control Building5578-1510-AU-D-002 Building Plans - Architectural Conceptual Drwg - Sub-Station No 15578-1510-AU-D-101 Architectural Conceptual Drwg - Satellite Instrument Shelter No1 - Building Elevation & Section5578-1052-AU-D-090 Building Plans-Architectural Conceptual Drwg - Maintenance Building5578-1052-AU-D-091 Building Plans-Architectural Conceptual Drwg - Vehicle Workshop5578-1052-AU-D-092 Building Plans -Architectural Conceptual Drwg - Chemical Warehouse5578-1052-AU-D-093 Building Plans- Architectural Conceptual Drwg - Catalyst Building5578-1052-AU-D-095 Building Plans-Architectural Conceptual Drwg - Oil & Chemical Shelter5578-1052-AU-D-095 Building Plans-Architectural Conceptual Drwg - Open Yard Ware House5578-1052-AU-D-095 Building Plans-Architectural Conceptual Drwg - Open Yard Ware House(Shaded)5578-1052-AU-D-190 Architectural Conceptual Drwg - Maintenance Building-Elevation & Section5578-1052-AU-D-191 Architectural Conceptual Drwg - Vehicle Workshop-Elevation & Section5578-1052-AU-D-192 Architectural Conceptual Drwg - Chemical Warehouse-Elevation & Section5578-1052-AU-D-193 Architectural Conceptual Drwg - Catalyst Building-Elevation & Section5578-1052-AU-D-195 Architectural Conceptual Drwg - Oil & Chemical Shelter-Elevation & Section5578-1052-AU-D-195 Architectural Conceptual Drwg - Open Ware Shaded-Elevation & Section5578-1052-AU-D-290 Architectural Finishing Schedule - Maintenance Building5578-1052-AU-D-291 Architectural Finishing Schedule - Vehicle Workshop5578-1052-AU-D-292 Architectural Finishing Schedule - Chemical Warehouse5578-1052-AU-D-293 Architectural Finishing Schedule - Catalyst Building5578-1052-AU-D-294 Architectural Finishing Schedule - Oil & Chemical Shelter

APPENDIX E- LIST OF CONCEPTUAL DOCUMENTS