corporate profile of new technology center€¦ · urbanist (landscape architect) state approved...

GREEN INNOVATIONS

Corporate Profile of New Technology Center

GREEN INNOVATIONSNew Technology Center LLC maintains a leading position on Caucasus market of sustainable architecture, engineering, supervision, project management and construction services for all types of residential, commercial, public or

industrial building projects.

Drawing from advanced experience in the field of sustainable design, New Technology Center helps developers, architects and builders create more environmentally sensitive structures and settings while taking into account importance of architectural aesthetics, comfortable living and working environment and cost-efficiency of building project.Company provides architectural design as well as engineering including MEP, supervision and project management services for all types of residential, commercial, public or industrial building projects.New Technology Center operates in accordance to European Standards (EC codes) and its approach is based on best practice in the modern world.

New Technology Center employs a team of experienced professional MEP engineers that provides a full package of engineering services that include Mechanical and HVAC Solutions, Maintenance Services, Electrical and Alternative Energy, Energy Management and IAQ, Property and Risk Assessment, Project and Construction Management. Team in providing MEP planning as well as implementation and maintenance supervision of engineering systems for many large scale building projects throughout Georgia, Caucasus region and Eastern Europe including large shopping malls, high-rise public and residential buildings and detached houses.

AWARDS- Award of Best Green Building Performance in

the Category of Green Building of the Year 2016 by Green Building Council Georgia and USAID-funded Enhancing Capacity for Low Emission Development

Strategies (EC-LEDS) Clean Energy Program

- Sustainable Vision of the Year by Ministry of Environment Protection of Georgia by Georgian

Green Business awards 2014

- Green Business of the Year 2011 by Mercury Awards of Ministry of Economics and Sustainable

Development of Georgia

- Best Green Construction Business 2011 by Ministry of Environment Protection of Georgia

- Architectural Degree in New Construction Technologies by Union of Architects of Georgia for

construction of New Technology Center building (office of the company)

3,000sq. m. office and showroom

800sq. m. production area

65Staff members

CORPORATE PROFILE 3

WHOWE ARE

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Zaal KheladzeGeneral DirectorPhD in Geology and Geophysics. Has more than 25 years of technical expertise in sustainable construction, engineering and building physics, green building technologies including renewable energy generation and improvement of buildings’ energy efficiency, project development, supervision and management, range of environmental subjects, business launch and operation executive. Was the coordinator and supervisor of environmental assessment of Trans Caucasian railway, Gali atomic power plant and Jhinvali power plant. Under his supervision establishment of infrastructures of Borjomi Kharagauli park, Mtatsmina amusement park, Kolkheti and Kobuleti national reserves and many other large-scale and challenging projects, that include the following were accomplished: antibiotics production plant, Poultry Farm with annual production of 15 000

tons, 300 house settlement for IDP’s in Gori and Aghmashenebeli ave.Reconstruction project.

Udo DagenbachUrbanist (Landscape architect)State approved landscape gardener, Certified Landscape Architect by Technical University (Berlin) in 1986, student of Japanese sculptor Professor Makoto Fujiwara, member of architectural association of Berlin (Nr. 05738), awarded with German landscape architecture price 2007 from BDLA (1. Prize), received daylight spaces award 2007 - international architecture and design competition (1. Prize) and Made in Germany - Best of Contemporary architecture (2. Prize), is member of bdla - Bund Deutscher Landschaftsarchitekten and IFLA - International Federation of Landscape. Some of his projects include design for Moabit Prison Historical Park and Imchenplatz in Berlin, Garden von Ehren in Hamburg, Taganskiy Park in Moscow and Imperial Wall Paper Garden in St.Petersburg.

Archil PapavaProject ManagerMore than 15 years of experience of project management at senior executive level in sustainable construction sector, energy-efficiency and renewable energy fields. Skilled in developing and executing business plans, marketing and sales strategies and campaigns involving innovative building products and services. Experienced in conducting economic, financial and environmental research and analysis, cost/benefit assessments and feasibility studies for new sustainable construction projects as well as retrofitting of existing buildings with energy-efficient technologies and equipment utilizing renewable energy sources.

4 NEW TECHNOLOGY CENTER

Gvantsa KheladzeProject Design CoordinatorMaster of Architecture studies at Engineering Faculty of Georgian Technical University. PhD candidate with research subject of open space development in urban environment. During 2011-2012 has attended professional development courses in Horticulture at Nottingham Trent University, Nottingham, UK. In 2013-2014 made her professional internships in Italy at Land Milano and in Germany at Glasser und Dagenbach. Since 2012 is working for New Technology Center as a project coordinator and took part in all flagship projects of company. During 2013-2014 has been working on project of Dilijan international boarding school, in corporation with Glasser und Dagebach and Tim Flynn Architects. Since 2013 is working as an assistant to Landscape Architect Mr. Udo Dagenbach at Dagenbach Landscapes. Participant of Managers Program Georgia - Fit for Partnership with Germany, program empowered and supported by GIZ.

Tatiana SimonenkoEngineering Design team leaderBachelor of National Technical University of Ukraine specialized in Industrial Heat Engineering. Has skills and knowledge of construction norms & regulations, including energy efficiency requirements. Is experienced in the development of the energy efficient activities for new construction and for renovations of old buildings; has experience in coordination of projects in the public and private energy audit, broad experience in the design of heating, ventilation and air conditioning systems, including application of energy efficiency solutions. Has contributed to design of engineering systems (HVAC), from concept to field supervision of construction of buildings in various industries: SEC Prospect in Kiev, SEC Lukyanovka in Kiev, SEC South gallery in Simferopol, office centres, residential buildings, kindergartens, restaurants, hospitals, automobile dealerships and service stations, TV Studio and other.

Levan NatadzeLEED Accredited ProfessionalMaster of the Faculty of Architecture of the Built Environment at University of Nottingham. Completed post-graduate course of Urban Plannign at Tbilisi State Academy. Since 1993, worked in the field of architecture at institutions and companies, such as: Tbilisi City Hall building and amenities department, the UN Observer Mission in Georgia, design institute “SAKGZAMETSNIEREBA”, the British Council - Georgia, the OSCE mission in Georgia, IRD Corporation Georgia and other large organizations. Since 2010 is the founder of the Green Building Council and its Executive Officer. During 2012-2013 he served as member of Committee created by Ministry of Economy and Sustainable Development for the development of building standards. Author of Development and Implementation of Operations and Maintenance Program for Public Schools in Georgia for MILLENNIUM CHALLENGE ACCOUNT – GEORGIA.A LEED accredited professional (US Green Building Council) and BREEAM (BRE Global, United Kingdom) international evaluator.

CORPORATE PROFILE 5

OURPORTFOLIO

After the armed conflict between Georgia and Russia in August of 2008 urgent need to provide housing for internally displaced

persons aroused. German Technical Cooperation was one of the organizations involved in solving this task. New Technology Center was the company that took part in a bid announced by

GTZ and received a contract on roofing of 300 houses in city of Gori. The task assigned by GTZ involved construction of 300

houses for IDP’s in just 180 days. Building materials, technologies

and installation techniques were required to meet European building codes recognized in Georgia. To meet the strict

requirements company had to accomplish the following tasks:- Supply of project with high quality building materials meeting

the European building codes- Providing construction and installation works with qualified

staff in large amounts- Meeting 180 day deadline of the project

Due to the fact the project had to be completed in only 180 days and a portion of this time was devoted to setting

up house foundations and walls, various works had to be conducted simultaneously. Based on these conditions

company chose to use wood frame construction technology and prefabricated building components: Roof structure was

engineered with support of Swedes office of MiTek Industries in TrussCon/Roofcon software according to European norms. Such approach enabled use of relatively small section timber

joined together at production facility with metal connector plates. Production of trusses and building components at

the production facility using specialized assembly tables and presses provided quickness of manufacturing of

similar components as well as controlled environment that significantly decreases a chance of mistakes and errors that

may arouse at the construction site. In addition this approach enabled to simultaneously start work on roofing with other

construction works at the site (foundation, brick walls, concrete etc). At the same time nearby the construction site

a training center was set up that provided involvement of house beneficiaries in the installation of roofs for their own future houses through practical and theoretical trainings. In addition to socio-economical effects this approach enabled

increase in cost-efficiency and decrease time required to complete the project.

To achieve energy-efficiency, sandwich panels conforming to European building codes and equipped with thermal

insulation layers as well as wind and vapor membranes were used.

Housing Settlement of Internally Displaced Persons

in Gori


During the planning and building of New Technology Center, company used innovative building technologies and green

architecture principles.Much attention was given to secondary usage of the building

materials. Natural ventilation and solar illumination are maximally used in the building. The center is equipped

with rain water collection system through green roofs and treatment of waste water that ensures independency of

building from central water supply.In order to reach high insulation levels the building is equipped

with systems of isolation panels and ventilated facades.

With the aim of reducing energy dependence of the New Technology Center renewable energy technologies such as

wind generators, solar tubes and solar energy collectors are used.

Another interesting feature of this building is the use of structure that involves combination of reinforced concrete with

timber frame. Use of floor trusses enabled engineering team

to avoid inner bearing walls, studs and columns that in turn provided decrease in installation time and costs related to on-

site construction. Moreover floor trusses made it possible to install electricity systems and communication into the spaces

inside the trusses.This innovative building of 3000 sq. m. area serves as a head

office and showroom of the company.

New Technology Center - First Large Scale Project in Caucasus, Combining Sustainable

Architecture and Innovative Engineering Technologies

CORPORATE PROFILE 7

One of the projects of New Technology Center in 2013-2014 involved establishment of ecological (green)

housing in various municipalities of Lebanon. The project is fully prepared by New Technology Center

at a request of Green Future Lebanon Holding. Its interest is construction of 1500 residential houses for various groups of society in different municipalities of

Lebanon. Housing shall satisfy standards of sustainable construction and represent low emission buildings.

Project is commercial and involves 70 % financing of costs by a beneficiary with the remaining costs co-

financed by UNDP and Lebanese government.Housing is designed taking into account ethnographic, geographic and geophysics requirements of Lebanon. Construction methodologies are based on British and

European building codes.Choice of construction methodologies was carried

out considering opportunities of implementing European building technologies (prefabricated building

components, doors, windows, inter-storey and roof trusses, wall panels, domestic and construction waste

recycling etc) in Lebanon through arrangement of appropriate training courses.

Project is based on a single house case and is composed to optimize consumption of water

resources, production of carbon emission, waste management, consumption of electricity, values of

environment friendly and healthy housing during construction and habitation periods.

Role of New Technology Center is providing conceptual design, technical consulting, engineering solutions,

project implementation supervision and logistics administration for each house and settlement.

1500 Family Green Social Housing Project, Lebanon


Project: Demonstrational Green Recreation Zone in the City of Telavi

Venue: Telavi City, Telavi MunicipalityImplementer: Enhancing Capacity for Low Emission

Development Strategies (EC-LEDS) Clean Energy Program, Winrock International

Project idea and execution by: New Technology Center LLC

Project Beneficiary: Telavi City Municipality

Energy Central Components:- Small scale wind turbine

- Photovoltaic panels- Power battery

- Solar panels for thermal energy- Heat pump (combined with solar heating to form a geo-

solar system)- Buffer tank

- Water heating tank

Energy Central operating on renewable energy in the center of City of Telavi

Energy Central showcases the mixed use of the following renewable energy sources:

- Wind for electricity production- Solar for electricity production

- Solar for thermal energy production- Environment for thermal energy production

Annual production of thermal energy is esti-mated at 48,180 kWh and electric power at

12,400 kWh.

Total emission reductions from the project activities are 11.02 tons per year.

CORPORATE PROFILE 9

Project funded by USAID for CoM signatory – Telavi Municipality

System of hybrid utilization of solar and biomass sourced energy and consists of the following:

- shredder for biomass, - small size biomass chips’ storage,

- biomass boiler, - hot water storage tank, control and monitoring

system

- and photovoltaics that will supply system with required electricity

Use of biomass and solar energy replaces use of natural gas and generates 71,997 kWh annually. Annual production of electricity by Photovoltaic

panels amounts to 849 kWh. Total emission reductions from the project activities are 28.8

tons per year.

Heating Station for Kindergarten in Pshaveli Village of Telavi Municipality


Detailed rehabilitation and modernization of Kindergarten #95 in Tbilisi Municipality with

renewable energy sources and energy-efficient technologies. Project envisioned restoration of existing building with integrated micro energy

system equipped with solar collectors for water, geothermal pumps, photovoltaic, energy-efficient boiler, water harvesting and grey water recycling

systems and renovation of building envelope to reduce GHG emissions and provide a pilot for

further measures to be taken by Tbilisi Municipality in accordance to its’ SEAP.

Energy-efficient Rehabilitation of #95 Kindergarten in Tbilisi Municipality

CORPORATE PROFILE 11

Project: Utilization of Solar Energy Through Centralized Solar Farm in Bolnisi

Venue: Bolnisi, Kvemo Kartli RegionImplementer: Enhancing Capacity for Low Emission

Development Strategies (EC-LEDS) Clean Energy Program, Winrock International

Project idea and execution by: New Technology Center LLC

Project Beneficiary: Bolnisi Municipality

Activities by Bolnisi Municipality: Windows’ Renovation in Kindergarten building

LED lighting installation on streets leading to administrative buildings

Power station components:65 PCS of Photovoltaic components of 255W. 24 V,

40X970X1670mm with total capacity of 16.5 kWInverter 3phase, 15 kW

Utilization of Solar Energy Through Centralized Solar Farm in Bolnisi


The invention of the company Solar Energy Parabolic Steam Generator became winner of Innovation

Vouchers Contest in the scope of Ener2i Project. The EU funded project ENER2i has announced a

contest for innovative vouchers for enterprises in Georgia, working in the field of renewable energy

and energy efficiency improvements and innovation.The aim of the contest was to initiate innovative

projects in the field of renewable energy and energy efficiency.

According to the working drawings developed by engineering bureau of New Technology Center pilot

model was developed at company’s production

workshop. Parabolic systems use troughshaped mirrors to focus

sunlight onto an absorber tube (receiver)placed in the trough’s focal line.

The troughs are designed to track the sun along one axis, predominantly north-south. The receivers contain a heat transfer fluid (e.g. synthetic thermal

oil, molten salt) which is heated by the focused sunlight.

The parabolic trough technology is currently the best proven and most used technology and is a top

solution for small scale farmers in all agriculturalregions.

Solar Energy Parabolic Steam Generator

More about flagship projects can be seen at: http://ntc.ge/projectsbyntc.pdf


http://ntc.ge/projectsbyntc.pdf

Project that involved design and installation of solar PV station of 38.25 kW at the cultural heritage

was funded by Municipality of Akhaltsikhe and implemented by New Technology Center in July-

October 2017. Based on simulation results annual power production amounts to 56.6 MW while annual

yield on installed capacity of 1480 kWh / kWh pic / year. Annual savings accumulate 56980 kWh that

amounts to year 11965 GEL. CO2 emission reduction as a result of the project implementation is 11,9 tons

per annum.

Establishment of a Pilot Solar Power Farm on the Territory of

Akhaltsikhe Fortress


In May 2017, under management of New Technology Center Biomass Association of

Georgia received grants from the GEF SGP (Global Environment Facility – Small Grants Programme)

to implement a project on biomass in two municipalities of Georgia: Dusheti and Tianeti. The

project aims at promoting sustainable biomass fuels in these two municipalities, as an alternative and sustainable heating fuel derived from forest and

agricultural residues. Additionally, it aims at raising awareness and interest around the region in using

renewable energies as a way to fight climate change effects, involving communities in making decisions

to increase the amount of renewable energy produced at a local level.

The project plans to install energy-efficient solid fuel boilers for the combustion of briquettes/chips in

public buildings of two municipalities: Dusheti and Tianeti (Mtskheta-Mtianeti region), in order to test and promote upgraded sustainable biomass fuels.

The project is under implementation until March 2018.

Piloting Biomass Utilization in Dusheti and Tianeti Municipalities

More about flagship projects can be seen at: http://ntc.ge/projectsbyntc.pdf


http://ntc.ge/projectsbyntc.pdf

Document represents Kargareteli street concept contracted by LEPL Technology Development

Fund of Tbilisi. This joint project is done by “New Technology Center” in co-operation with

“Dagenbach Landscapes”, “Glasser und Dagenbach” and “Green Building Council of Georgia. The idea

of organising the green street represents a pilot project, that serves establishing “green lvining

standards” in urban spaces and for achieving this goal, incremental improvement of urban

environment whereby for the purposes of improving environment, princinples of green engineering,

arcitecture and biology shall be unified.Download from: http://ntc.ge/GreenStreetConceptf.

pdf (in Georgian)

Document represents Kargareteli street concept contructed bu technology development fund of

Tbilisi. This joint project is done by “New Technology Center” in co-operation with “Dagenbach

Landscapes”, “Glasser und Dagenbach” and “Green Building Council of Georgia. The idea

of organising the green street represents a pilo project, that serves establishing “green lvining

standards” in urban spaces and for achieving this goal, incremental improvement of urban

environment whereby for the purposes of improving environment, princinples of green engineering,

arcitecture and biolody shall be unified.Download from: http://ntc.ge/

Akhaltsikhekindergarten.pptx (in Georgian)

KARGARETELI “GREEN STREET” CONCEPT IN TBILISI

DESIGN OF NEW GREEN KINDERGARTEN IN AKHALTSIKHE

CONSULTING, DESIGN AND OTHERPROJECTS


http://ntc.ge/GreenStreetConceptf.pdf

http://ntc.ge/GreenStreetConceptf.pdf

http://ntc.ge/Akhaltsikhekindergarten.pptx

http://ntc.ge/Akhaltsikhekindergarten.pptx

Document represents list of possible long term energy efficiency activities for Georgia for harmonization

with EU requirements and definition of framework of long term program document terms and conditions.

Composed by an expert of NTC on request of low emission development project - “Winrock international”,

contractor organization “Remisia”. The work consists of four chapters, first two chapters have abstractive characteristics and highlights two general topics: a) Energy efficiency Commitments of Georgia into the

European Union Association context; b) Review of Georgian building sector. Third chapter review the

modern energy-efficient technologies and their possible implementation ways for Georgia. Fourth chapter covers

opportunities of energy efficient technological zoning of Georgia, general content is presented in forms of

diagrams, tables and maps. Based on these characteristic recommendations and conclusions have been presented,

that must act as the foundation for defining long term strategic document.

Download from: http://ntc.ge/HVACprogram2030.pdf (in Georgian)

In October 2015, analysis of energy expense reduction opportunities was conducted by of NTC under order of Remissia Project for walls

and garden LED lighting system of Rabati Castle in Akhaltsikhe. The list of activities is as follows:

Analysis of existing lighting system, planning location points for individual elements of lighting systems,

backlight simulation modeling of Rabati Castle and other buildings, resolution of a task determined

by modeling while using new energy efficient LED luminaires and comparative economic analysis of

existing and offered lighting systems.Download from: http://ntc.ge/RabatiCastle.pdf

LONG-TERM CONSTRUCTION ACTIVITIES (TILL 2030) FOR BUILDING SECTOR IN

GEORGIA AND DETERMINING ENERGY EFFICIENCY ACTIVITIES IN ACCORDANCE TO

EU STANDARDS

ENERGY EXPENSE REDUCTION OPPORTUNITIES FOR WALLS AND GARDEN

LIGHTING SYSTEM OF RABATI CASTLE IN AKHALTSIKHE


http://ntc.ge/HVACprogram2030.pdf

http://ntc.ge/RabatiCastle.pdf

The aim of the project was to prepare a long-term plan for the full and energy-efficient restoration

of buildings in the Tbilisi municipality and detailed outline of conceptual framework for the single pilot

group. Municipal buildings covered in the project include kindergartens, arts and sports academies

administrative and other buildings. From the listed building types, kindergarten buildings were selected as the pilot group. The project proposal determines

the volume and typology of works, budget, the construction management methodology, possible

sources of financing; identification of possible barriers and favourable conditions for the project

realisation. Download from: http://ntc.ge/Energy-Effiient_

Restoration_Programm_Tbilisi.pdf (in Georgian)

The present work has been drawn up by a group of authors in order to support the production and development of a solid wood biomass in Georgia. The joint project of United Nations Development

Programme UNDP, the Ministry of Environment and Natural Resources of Georgia: by the Global

Environment Fund GEF funding.The aim of the work is to help architects, engineers and all interested

individuals to create and implement projects, using solid wood biomass resources, through recycling

them as biologically clean renewable source of resources. In this way the bio-fuel conversion (air-oven, heating boiler, cooking stove, etc.),

engineering technology integrated in interior and exterior design will be implemented.

Download from: http://ntc.ge/Biomassbrochure.pdf

THE PROJECT PROPOSAL FOR THE FULL AND ENERGY EFFICIENT RESTORATION

PROGRAMME OF MUNICIPAL BUILDINGS IN TBILISI CITY

SOLID BIOMASS FUEL GUIDELINE


http://ntc.ge/Energy-Effiient_Restoration_Programm_Tbilisi.pdf

http://ntc.ge/Energy-Effiient_Restoration_Programm_Tbilisi.pdf

http://ntc.ge/Biomassbrochure.pdf

Document represents experts’ conclusion that is composed with the purpose of defining feasibility

stages and directions of research for capabilities of the transformation, regulation according to modern

eco design principles, empowerment with energy efficient features and representation as certified

green buildings or settlements of degraded land in Tbilisi and its neighborhood areas. The document is

prepared upon request of USAID grantee Winrock International. Three land areas that were presented

to USAID grantee Winrock International by Tbilisi City Hall Property Management Department are

investigated in the document. Download from: http://ntc.ge/brownfields.pdf

For greenhouse gas reduction in Georgia, nationally appropriate mitigation actions (NAMA) strategies

and activities shall be executed, this paper represents pre-research evaluations, conclusions,

and recommendations for future research methodology for the construction sector.

The work is performed with financial support of German Government’s International Climate

Initiative (http://www.international-climate-initiative.com/en/) ordered by the company Ecofys

(http://www.ecofys.com) and non-governmental organization Remissia (http://remissia.ge/).

Download from: http://ntc.ge/NAMAFSengfinal.pdf

ANALYSIS OF BROWNFIELDS FOR TBILISI CITY HALL PROPERTY MANAGEMENT

DEPARTMENT

PRELIMINARY EXPERT STUDY OF FEASIBILITY OF NATIONALLY APPROPRIATE MITIGATION

ACTIONS (NAMA) FOR GEORGIAN CONSTRUCTION SECTOR


Lecture course was prepared for Biomass Production And Utilization Project of UNDD Georgia and provides details on how to identify potential

sources of solid biomass and factors that affect the supply side of biomass industry; describe the

costs related to woody biomass production and utilization; understand the cost-competitiveness

of biomass and bioenergy and recognize the potential socioeconomic impacts of woody biomass

production and utilization on rural communities.

Download from: http://ntc.ge/Economicsbiomass.pdf

Training course onf Green and Energy-Efficienct Construction was prepared at the request of

Tbilisi City Hall. Training was aimed at increase of qualification of representatives (architects,

engineers and designers) of construction companies developing building project in the area of Tbilisi

municipality. Training was prepared in partnership with Dagenbach Landscapes and Green Building

Council Georgia according to international certification schemes of LEEDS and BREEAM.

Download from: http://ntc.ge/TrainingCityHall.pdf (in Georgian)

LECTURE COURSE ON ECONOMICS AND FINANCE OF SOLID BIOMASS ENERGY FOR

UNDP GEORGIA

TRAINING COURSE ON GREEN AND ENERGY-EFFICIENT CONSTRUCTION FOR TBILISI CITY

HALL


Work is prepared on the request of UNDP Tbilisi office by specialists of New Technology Center to

determine feasibility of biomass production and utilization in Tbilisi municipality.

Document is comprised of 9 chapters that provide detailed information on viable biomass types,

research of biomass sources, description of biofuel production and utilization technologies, production

scenarios for efficient conversion of biomass into fuel for Tbilisi municipality through mechanical and

chemical transformation.Authorized by Economic Affairs Office of Tbilisi City Hall

opportunities for use of energy from convertedbiomass in preschool education establishments under

subordination of Tbilisi Municipality wereassessed. Legal and technological barriers of using

biofuel in these establishments are discussed.Download from: http://ntc.ge/BiofuelFeasibilityStudy.pdf

Work represents energy-efficient improvement project of building of Kindergarten #95 owned by Tbilisi city municipality. Document was prepared

by specialists of Dagenbach Landscapes and New Technology Center. Work is based on activities

planned in Sustainable Energy Action Plan in the field of building sector that are aimed at reduction

of electricity consumption, increase of energy-efficiency in hot water supply systedms, decrease of heat distribution losses in municipal buildings, efficient accounting and reduction of natural gas

distribution losses. Exceptional attention is paid to minimizing of energy consumption of building.

Download from: http://ntc.ge/Kindergarten95.rar (in Georgian)

DETAILED FEASIBILITY ASSESSMENT OF PILOT BIOMASS PLANT IN TBILISI AND

COMPLETE FEASIBILITY STUDY FOR INSTALLING BIOMASS BOILERS IN TBILISI

MUNICIPAL FACILITIES

ARCHITECTURAL AND ENGINEERING PROJECT OF ENERGY-EFFIIENT RESTORATION

OF KINDEGARTEN #95 IN TBILISI


Given document was prepared on request of Tbilisi City Hall (application number: NAT170002205).

It represents the strategy of planning and implementation of resource-efficient measures in

ten municipal buildings of Tbilisi City Hall to reduce current energy consumption by 20% and is aimed at

obtaining Green Buildings’ status.The document consists of 13 chapters and

annexes. The first chapter is discussing in detail the methodology used, while the next 10 chapters provide detailed energy audit of 10 administrative

buildings of Tbilisi municipality. Energy-audit is based on inspection results, mathematical modeling,

detailed environmental and economic analysis.Document provides the conclusions and

recommendations which include short and long-term activities, energy recommendations, and

describes ways of implementation and replication for each proposed task.

The last, 13th chapter provides a summary of analysis and classification of the works to be

carried out. These works are in line with the Tbilisi’s Sustainable Energy Action Plan and its monitoring

results.The document contains annexes in which the full

versions of simulation, mathematical modeling, expert surveys and other primary materials are

given.Engineering Project of Resource-Efficient (Energy-

Efficient) Refurbishment and Management Concept for Tbilisi City Hall and District Administrations’ Buildings was prepared in June-August of 2017.

Download from: http://ntc.ge/ (in Georgian)

DEVELOPMENT OF ENGINEERING PROJECT OF RESOURCE-EFFICIENT (ENERGY-

EFFICIENT) REFURBISHMENT AND MANAGEMENT CONCEPT FOR TBILISI CITY

HALL AND DISTRICT ADMINISTRATIONS’ BUILDINGS


Technical proposal for improvement of energy efficiency prepared for two residential buildings located in

Saburtalo district of Tbilisi municipality was prepared by specialists of New Technology Center at the request

of Sustanable Development Center-Remissia for the project of “The way forward for reforms in the housing

sector: empowering grass-root homeowners associations in Azerbaijan, Belarus, Georgia, Moldova and Ukraine“

implemented byHousing Initiative for Eastern Europe (IWO) e.V. Technical proposal that involved preparation of

Energy Performance Inspection and Resource Efficient Management Declaration was finalized in June 2017.

Download from: http://ntc.ge/

Partnership for Entrepreneurship in Green Building Sector is aimed at promoting youth entrepreneurship in the field of sustainable

architecture, engineering and construction through transnational non-formal learning project based on

multilateral partnerships between organizations. The aim is to be achieved through developing training materials and tools for young individuals studying or graduating higher education or occupied in the

field architecture, engineering, building design and energy.

Project is fincned by Erasmus + and is under implementation for 2017-2018.

ENERGY PERFORMANCE INSPECTION AND RESOURCE EFFICIENT MANAGEMENT

DECLARATION

PARTNERSHIP FOR ENTREPRENEURSHIP IN GREEN BUILDING SECTOR


0131 Tbilisi, Georgia David Aghmashenebeli Alley 15th km Tel/Fax: /995 32/ 233 36 50, 233 35 60E-mail: [email protected], URL: www.ntc.ge

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