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© 2016 Ladurner Ambiente Spa • Company Profile

COMPANYPROFILE

OCTOBER 2016

ABOUT US

2© 2016 Ladurner Ambiente Spa • Company Profile

Ladurner Ambiente Spa, with its subsidiaries, is one of the leading company in the environmental sector in Italy, which builds and manages solid and liquid waste treatment systems and produces renewable energy from solid and liquid waste and agricultural biomass. Ladurner Ambiente Spa is also active in the sector of municipal and industrial waste water

treatment, reclamation of contaminated sites, and specialized environ-mental consulting.Founded in 1990 Ladurner now offers all-around solutions in the environmental field and in renewable energy production.

A LEADING COMPANY IN THE ENVIRONMENTAL SECTOR

BOLZANO BOZENALTO ADIGE- SOUTH TYROL - ITALY

OUR ACTIVITY


WASTE — RDF-SRF Biostabilisation and

composting plants — Anaerobic plants for Biogas

production — Waste to energy plants — Waste processing machines — Management of waste treatment

plants

WATER — Civil and industrial WWTP — Flat sheet membranes for

microfiltering — Sludge driers — UV disinfection plants — Mixing and aeration systems — Sludge disintegration plants — Lifting systems

WASTE TO ENERGY — Energy recovery from renewable

sources (waste)

AGRO-ENERGY — Production of electricity from

renewable agricultural sources

RECLAMATIONS — Contaminated land reclamation — Treatment plants for hazardous and

non-hazardous special waste — Reclamation of property and land

containing asbestos — Risk analysis and characterization

plans — Lab analysis — Environmental monitoring

CONSULTING SERVICES — Environmental communication — Design of waste collection systems — Environmental certifications — Waste compositional analysis — Consulting services for the

implementation of PAYT fees — Awareness raising campaigns — Life style projects for sustainable living

SOLAR ENERGY — Industrial-scale photovoltaic plants;

turnkey “EPC CONTRACTOR” — Asset Management — Technical Due Diligence — Operation and Maintenance

ENERGY EFFICIENCY — Energy efficiency and technological

modernization projects of new or existing plants

— Led signal lighting in sea/port channels


HOW WE WORK

WE DESIGN WE INVEST

WE BUILD WE MANAGE

OUR MAIN FIGURES


Turnover ......................................................................................

Staff ................................................................................................

Installed green power ........................................................

Municipal waste processed annually ........................

Reclaimed contaminated land .......................................

Water treated with our machines ...............................

€ 70 MLN

600,000 m3

1,000,000 ton

100 Mw

210

over

10 MLN m3

1,000,000 ton

OUR COMPANIES

Ladurner Ambiente Spa

environmental services

energy

100%LadurnerSrl

EcoprogettoMilanoSrl45% 100%

RenerwasteSpa

99%

1%

Renerwaste Spa

Ladurner Srl

GLM Ambiente

Ladurner Ambiente Spa

Ladurner Srl90%

EnerfarmSrl

100%

SOCIETÀ AGRICOLA SAN DANIELESOCIETÀ AGRICOLA SANT’ELENA

SOCIETÀ AGRICOLA ENERSAB

SOCIETÀ AGRICOLA POGGIO ENERGIA

SOCIETÀ AGRICOLA MARTINELLE

ENERGIA

99%

1%

JITF URBAN WASTE MANAGEMENT (JALANDHAR) LIMITED 10%

JITF URBAN WASTE MANAGEMENT (FEROZEPUR) LIMITED

10%

JITF URBAN WASTE MANAGEMENT (BATHINDA) LIMITED 10%

EcoprogettoTortona Srl

51%

51%

100%

100%

100%

1,5%

24%

Wet Oxidation Srl

Foggia Energia Srl

Rem-TecSrl

51%

LadurnerBonificheSrl

Greenvision AmbienteInvestment Spa

25,5%

EcoprogettoSpezia Srl

100%

Ladurner Solar Srl

49%

100%


91%

9%

Ladurner Srl

Renerwaste Spa

Scurelle Energia Srl

SHAREHOLDERS


Changsha Zoomlion 57%

Mandarin

Ladurner

EcoPartner 2.5%

Changsha Zoomlion Heavy Industry Science and Technology Environmental Industry Co. Ltd .......... 57.0%

Ladurner Capital Partners ................................................................ 22.5%

Mandarin Capital Partners II S.C.A. SICAR .................................................. 18.0%

EcoPartner .....................................................................................................2.5%

Capital Partners II18%

Capital Partners22.5%


MANAGEMENT

Lukas LadurnerPresident

Andrea SilvestriCEO

Lorenz San NicolòDivision Manager for ReclamationLong international experience in characterization and reclamation of contaminated sites, environmental and health threat analysis, applied hydrogeology and numerical modelling of groundwater flow.

Bruno AbramSPV Waste to Energy Division ManagerLong experience in the administrative, commercial and strategic marketing management of SPVs and joint ventures in the environmental and waste to energy sector. Long experience in financial controlling for major Italian industrial groups.

Burkhard KlotzBurkhard Klotz Division Manager for WTE plantsLong international experience in the design and management of WTE and WWTP. Experience in the implementation of large-scale complex plants and in-depth knowledge of new technologies applied in the energy and waste sector.

Matteo GrandiSPV Farm-to-energy Division ManagerLong experience in the administrative, commercial and strategic marketing management of companies and joint ventures in the Farm to-energy sector.

Andrea MiorandiDivision Manager for Energy Efficiency and Environmental Consulting ServicesLong experience in environmental consulting services and in the design and implementation of waste collection systems and environmental communication.

Simone PaoliHead of the China Operations Division Long experience in the strategic development (technical, administrative, financial) of projects in the environmental sector, and in-depth knowledge of new technologies applied in the waste and energy sector.

Gianni GallozziHead of the Operations and Maintenance DivisionLong experience in the operation and maintenance of waste to energy plants, proven experience in the design of installations for the treatment of municipal and industrial solid waste and in the field of alternative fuels.

BOARD AREA SCIENCE&TECHNOLOGY AREA OPERATIONS


THE HISTORY OF OUR DEVELOPMENT AND GROWTH

1990ENVIRONMENTAL WORKThe group’s environmental work begins with the spin-off of the activities involving the im-plementation and management of WWTP

1992DEPURATION AND TREATMENT OF WASTEThe first WWTP is implemented and the de-velopment of solid waste treatment activities begins.

1993ENVIRONMENTAL RECLAMATIONS AND LABORATORY The environmental reclamation and laboratory analysis work begin.

1997SHAREHOLDINGLadurner acquires the control of the company Ecoproject, its first special purpose vehicle in the field of waste management.

1998COMPOSTING PLANTSThe construction and management of com-posting facilities in Mira (Veneto) begins with the first SPV.

2000ENVIRONMENTAL CONSULTING SERVICES AND COMMUNICATIONSThe environmental consulting services and communication activities begin.

2001RDF PRODUCTION PLANTThe construction and management of plants producing RDF begins in Fusina (Veneto) with an SPV.

2006AGRICULTURAL INSTALLATIONS FORANAEROBIC DIGESTIONThe construction and management of agricul-tural plants for anaerobic digestion begins with an SPV.

2007PHOTOVOLTAIC PLANTSThe construction and management of photo-voltaic plants begins.

2009ANAEROBIC DIGESTION PLANTSFROM ORGANIC WASTEThe construction and management of anaero-bic digestion plants from waste begins with an SPV.

2010CONTAMINATE SOIL TREATMENT PLANTS construction and management of a treatment plant for land reclamation begins in Sinigo (Merano).

2012ENERGY EFFICIENCYThe energy efficiency service business begins.

2015SIGNINGOn the 22nd of December 2015, Zoomlion and Mandarin Capital Partners reach an agreement to acquire 75% of the shares of Ladurner Ambi-ente.

2016CLOSINGThe industrial partnership between Zoomlion and Ladurner Ambiente begins.

Ladurner Ambiente begins operations in China with the birth of Ladurner China.


OUR STRATEGIC FOCUS

BIOGAS FROM WASTE — Development of the Renerwaste project operating

in energy recovery from renewable sources (waste).

RDF-SRF — Know-how in the production, management and

marketing of fuels derived from waste (RDF-SRF) with extensive experience in co-firing with fossil fuels.

B.O.T. — Optimization of EPC through the sale of non-stra-

tegic assets on the market after the initial deploy-ment, according to the BOT model (build, operate and transfer).

LEADER O&M — Strengthening of activities relating to the manage-

ment and maintenance of waste treatment plants, designed to create a stable flow of income and high margins.

INTERNATIONALIZATION — Export of know-how and appropriate technologies

in the field of waste treatment and energy recovery in foreign markets.

— Target Countries:ChinaIndiaEuropeNorth AfricaAmerica

OUR MISSION


Ladurner has always been committed to develop technological solutions for the environmental sector, pursuing both a “passive” (prevention) and an “active” (treatment and energy recovery) approach.

The constant search for innovation allowed Ladurner to become a lea-ding company in the environmental sector.

INNOVATIVE AND TECHNOLOGICAL IDEAS AND SOLUTIONS FOR THE ENVIRONMENT


OUR RESEARCH AND DEVELOPMENT ACTIVITY

Ladurner’s "research and development" work, concerning the products and services it offers, has always been constant, intense and structured, as befits a group that makes technological innovation and cutting-edge solutions one of its key differentiators.Collaborations and international partnerships ensure that Ladurner can continuously monitor the market and the industry in all its areas of activity, from waste-to-energy to water treatment, reclamation and envi-ronmental services, since it can rely on a leading role alongside interna-tional partners from which to draw expertise and technical and scientific experience. Similarly, collaboration with technical and scientific bodies is pursued, including links to individual supply chains: for example, the CIC (composting and biogas), ISWA (GOLD MEMBER of the International So-lid Waste Association), CTI (Italian Heat Technology Committee, for RDF and waste-to-energy), UNI-EN (European standards), Federambiente,

etc. Participations in Community and national projects and resear-ch agreements with universities with a strong scientific and tech-nological value, internships of graduates and/or undergraduates for dissertations on the processes, development and application of B.A.T. to Italian businesses, combined with a top-level design team, are additional factors supporting the research and development of Ladurner activity.

Last but not least, there is the activity of "scouting" and monitoring car-ried out by the technical and commercial divisions of Ladurner with the support of the consulting division.

INTERNATIONAL COLLABORATION AND PARTNERSHIPS WITH HIGH TECHNICAL AND SCIENTIFIC IMPORTANCE


OUR RESPONSE TO REQUIREMENTS

Ladurner is synonymous with the added value that our products and services bring to the market. Some examples:

WE WORK ONLY WHERE WE GIVE ADDED VALUE

Sector Production Chain Requirement Ladurner solution Final Products

Municipal solid wastewet

organicDisposal Recovery

Anaerobic digestion Composting

Biogas, Methane, Energy, Compost

residual and unsorted

Disposal Recovery

Bioxidation Separation Co-firing

RDF, Energy, Metals, Inert materials

municipal waste

Collection Interception

Design Organisation

CommunicationSeparate collection

Industrial sitespolluted

landReclamation

and re-use of areasReclamation,

DisposalAvailability of areas

Waste watercivil

industrialDepuration Treatment

ReuseWaterEnergy

Energyenergy

(production chain)Energy saving

and energy efficiencyStreamlining

energy consumptionEnergy

Evaluation


THE QUALITY OF A GROUP SERVING THE ENVIRONMENT

Ladurner Ambiente has obtained certification of its Quality Management System according to the ISO 9001 standard for all the companies within the group, creating an integrated system among the various companies.The Ladurner Ambiente Group consistently and effectively applies the Quality Management System which it has created in an integrated way to all companies belonging to the group and which has been certified according to the ISO 9001 standard.

Since the ISO 9001 certification of this system, which has been inte-grated among the various companies of the group, is issued by an in-dependent " accredited" institution (non-partisan), it demonstrates the

guarantee to the customer of the quality of the products and the service provided, as shown by the implementation of actions and plans aimed at the continuous improvement of its activities.

We did not limit ourselves to certifying our companies one by one, in-stead we wanted to create an integrated system which could optimize services and activities through their centralization, and standardize the work procedures common to all businesses, by simplifying the manage-ment of common processes and ensuring better control.Specific operating procedures outline and regulate the processes of the individual companies, thereby ensuring specificity and detail.

CREATING A SYSTEM WITH INTEGRATED MANAGEMENT

Finance Control - Accounting - HR - ITC - SGI

Specific procedures Specific procedures

ISO certification - Group Certification Scheme



LADURNER AMBIENTE SPACOMPANY WITH A CERTIFIED UNI EN ISO 9001 MANAGEMENT SYSTEM

LADURNER SRL COMPANY WITH CERTIFIED MANAGEMENT SYSTEMUNI EN ISO 9001UNI EN ISO 14001BS OHSAS 18001

REM-TEC SRL COMPANY WITH CERTIFIED MANAGEMENT SYSTEMUNI EN ISO 9001 ANDUNI EN ISO 14001

LADURNER SOLAR SRLCOMPANY WITH A CERTIFIED UNI EN ISO 9001 MANAGEMENT SYSTEM

Luogo e Data/Place and date: Vimercate, 13 luglio, 2015

Per l'Organismo di Certificazione/ For the Certification Body

Vittore Marangon Management Representative

La validità del presente Certificato è subordinata al rispetto delle condizioni contenute nel Contratto di Certificazione/ Lack of fulfilment of conditions as set out in the Certification Agreement may render this Certificate invalid. DNV GL Business Assurance Italia S.r.l. Via Energy Park, 14, 20871 Vimercate (MB), Italy. Tel: 039 68 99 905. www.dnvgl.it/businessassurance

MANAGEMENT SYSTEM CERTIFICATE

Certificato No./Certificate No.: 145180-2013-AQ-ITA-ACCREDIA

Data prima emissione/Initial date: 8 novembre, 2013

Validità/Valid: 13 luglio, 2015 – 19 novembre, 2016

Si certifica che il sistema di gestione di/This is to certify that the management system of

GRUPPO LADURNER AMBIENTE LADURNER AMBIENTE S.p.A. Sede Legale: Via Innsbruck, 33 - 39100 Bolzano (BZ) - Italy È conforme ai requisiti della norma per il Sistema di Gestione/ Has been found to conform to the Management System standard: UNI EN ISO 9001:2008 (ISO 9001:2008) Questa certificazione è valida This certificate is valid per il seguente campo applicativo: for the following scope: Riferimento all’Appendice Refer to Appendix

Luogo e Data/Place and date: Vimercate, 13 luglio, 2015

Per l'Organismo di Certificazione/ For the Certification Body

Vittore Marangon Management Representative

La validità del presente Certificato è subordinata al rispetto delle condizioni contenute nel Contratto di Certificazione/ Lack of fulfilment of conditions as set out in the Certification Agreement may render this Certificate invalid. DNV GL Business Assurance Italia S.r.l. Via Energy Park, 14, 20871 Vimercate (MB), Italy. Tel: 039 68 99 905. www.dnvgl.it/businessassurance

MANAGEMENT SYSTEM CERTIFICATE

Certificato No./Certificate No.: 17295-2007-AQ-ITA-SINCERT

Data prima emissione/Initial date: 21 dicembre, 2007

Validità/Valid: 13 luglio, 2015 – 19 novembre, 2016

Si certifica che il sistema di gestione di/This is to certify that the management system of

LADURNER S.r.l. Via Innsbruck, 33 - 39100 Bolzano (BZ) – Italy (Riferimento al Certificato No. 145180-2013-AQ-ITA-ACCREDIA/ Reference to Certificate No. 145180-2013-AQ-ITA-ACCREDIA)

È conforme ai requisiti della norma per il Sistema di Gestione Qualità/ has been found to conform to the Quality Management System standard: UNI EN ISO 9001:2008 (ISO 9001:2008)

Valutato secondo le prescrizioni del Regolamento Tecnico RT-05/ Evaluated according to the requirements of Technical Regulations RT-05 Questa certificazione è valida This certificate is valid per il seguente campo applicativo: for the following scope: Progettazione costruzione e gestione di impianti di trattamento rifiuti, di impianti di produzione di energia da fonti rinnovabili e di impianti di trattamento acque. Commercializzazione di macchinari, accessori, prodotti e strumenti per l'ecologia. Progettazione ed erogazione di servizi di comunicazione ed educazione in materia di ambiente e sostenibilità. Progettazione di servizi di gestione integrata dei rifiuti ed erogazione di servizi di assistenza allo start up della raccolta differenziata. Gestione analisi merceologiche dei rifiuti urbani e speciali. Progettazione ed erogazione di servizi di consulenza tecnica in materia ambientale e di efficienza energetica. Ideazione e progettazione grafica per la comunicazione ambientale

(Settore EA : 39 - 29 - 28- 35 - 37)

Design, construction and management of waste treatment plants, energy production plants from renewable sources and waste water treatment plants. Trade of machinery, accessories, products and instruments for ecology. Design and provision of communication and education services in the environmental and sustainability fields. Planning of integrated waste management services and allocation of assistance services ;'1 the start-up phase of separate collection. Management of municipal and special wastes component analyses. Design and provision 01 technical consulting services in the environmental and energy efficiency fields. Devising and planning of graphic solutions to the environmental communication

(EA Sector : 39 - 29 - 28- 35 - 37)



COMPANY ACTIVITIES CATEGORY RANKING CONTRACT LIMIT

waste disposal and recovery plants OS14 VIII unlimited

electricity production plants OG09 VII up to € 15,494,000

WWTP plants OS22 VII up to € 15,494,000

reclamation and environmental protection works and plants OG12 VI up to € 10,329,000

reclamation and environmental protection works and plants O612 V up to € 5,165,000

COMPANY ACTIVITIES CATEGORY

brokerage and trade in hazardous and non-hazardous waste 8

site reclamation 9

clearance of objects containing cement or resin bonded asbestos 10A

clearance of objects containing friable asbestos 10B

collection and transportation of hazardous waste 5

brokerage and trading of non-hazardous waste 8

site reclamation 9

The SOA certification is the document issued by the SOAs, required to prove the company's ability to undertake any pu-blic contract for supply and installation with starting bid amount exceeding € 150,000.00 (whether it is under contract or subcontracted). The SOA Certificate qualifies the company to execute contracts for categories of works and bid amoun-ts, commensurate with the firm's technical and economic capability. Therefore, it demonstrates the economic, financial and technical capability of undertaking the contract.

The Italian Register of Environmental Operators is the competent authority under which companies that collect and transport non-hazardous and/or hazardous waste must register. The same registration process is needed for companies that carry out reclamation of contaminated sites or property containing asbestos, and trade and broker waste.

SOA QUALIFYING THE IMPLEMENTATION OF PUBLIC WORKS

ANGA ITALIAN REGISTER OF ENVIRONMENTAL OPERATORS


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WE ARE BRANCHING OUT INTO THE WORLD

1. LITHUANIA ................................. VilniusMunicipal waste treatment plant

2. ROMANIA ...................................... ClujMunicipal waste treatment plant

3. INDIA .. Bathinda, Firozpur and JalandharMunicipal waste treatment plant

4. VENEZUELA ............................. CaracasIndustrial water treatment plant

5. MEXICO .................................... YucatanCivil water treatment plant

6. FRANCE .................................. BordeauxWater treatment plant

7. AUSTRIA ................................InnsbruckWater treatment plant

............................................... CarinthiaWaste treatment plant - anaerobic digester

8. GERMANY ................................... KarlsruheWater treatment plant

9. CHINA ............................................HuaianWaste treatment plant - anaerobic digester

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Technology:Manual sorting, mechanical treatment and biocell stabilisationPlant capacity:277,000 t/year of solid municipal wasteBiocells installed:16Year opened:2015

SOLID WASTE TREATMENT PLANT(VILNIUS, LITHUANIA)

CASE STUDY – OUR PLANTS ABROAD

Technology:Technology for the mechanical processing of unsorted waste with 20 biostabilisation lines for organic-rich waste

SOLID WASTE TREATMENT PLANT(CLUJ, ROMANIA)

Technology:Depuration plant for a major dairy factory on the outskirts of Caracas

INDUSTRIAL WATER TREATMENT PLANT(VENEZUELA)

Technology:Waste treatment – anaerobic digestion plant

WASTE TREATMENT PLANT(HUAIAN, CHINA)

Technology:Depuration plant for a food production company

WATER TREATMENT PLANT(BORDEAUX, FRANCE)


Ladurner has always seen waste as an energy resource. For this reason, it has developed technical know-how and highly qualified personnel which it has successfully translated into investments to search for tech-nological and innovative solutions.Ladurner’s Waste and Energy sector is part of all the stages of the life of a plant that recovers energy from waste, from the design authorisation to the construction and management, providing concrete answers to all requirements. We ensure maximum efficiency for the management of the organic fraction with the combination of anaerobic technology for biogas production and the generation of electric and thermal energy and

aerobic technology or treatment of the material through an ac-celerated composting process, with the production of agricultural improvers. The combination of Digestion, Cogeneration and Compo-sting is Ladurner’s comprehensive answer to the treatment of the organic fraction, in the form of agricultural biomass as well. In the solutions for the residual waste fraction, Ladurner guarantees its long experience in bioxidation technology for the production of qua-lity fuel from waste (SRF), for which we have the most advanced tech-nology in Italy with plants that have been tested and operating for many years. The range of technical solutions is completed by waste-to-ener-gy technology for the incineration of RDF and residual waste.

LADURNER IN WASTE TO ENERGY

More than 100 MW installed

1,000,000 tonnes of waste processed

REFERENCES: Integrated complex of Fusina, Italy RDF plant in La Spezia, Italy RDF plant in Bari, Italy


Technical: long years of experience.Structural: diverse project team with specific know-

ledge of various technologies and focus on the research and development stage

Organistational: application of the best project mana-gement techniques and rationalisa-tion of internal dynamics.

Oustanding features: the continuous quest for excellenceTechnological partners: internationalThe environment comes first: focus on the environmental implications

of the projects which are developed and the quest for low-impact solutions.

Design, implementation and management of plants for waste tre-

atment and disposal. Design, implementation and management of plants for the treatment of renewable sources.

Revamping of existing plants and implementation of cutting-edge energy recovery solutions.

Commercialisation of machinery for the treatment of waste and renewable energy.

SKILLS AND OUTSTANDING FEATURES ACTIVITIES


OUR PLANTS IN ITALY

WASTE TO ENERGY — CDR/CSS01 Bari02 Fusina (Venice)03 La Spezia20 Paliano (Frosinone)

WASTE TO ENERGY 04 Bolzano05 Pistoia

WASTE TO ENERGY BIOGAS — LANDFILLS 06 Brescia07 Bologna08 Cerignola (Foggia)09 Trapani10 Scurelle (Trento)11 Livorno12 Rovereto (Trento)

BIOGAS — AGROENERGY15 Cerrione (Biella)16 Pieve d’Olmi (Cremona)17 San Daniele Po (Cremona)18 Cavarzere (Venice)22 Casaleone (Verona)23 San Benedetto Po (Mantua)24 Poggio Rusco (Mantua)25 Maleo (Lodi)

ANAEROBIC DIGESTION COMPOSTING19 Eboli (Salerno)26 Lana (Bolzano)27 Sassari29 Anguillara Sabazia (Rome)30 Cerchio (L’Aquila)31 Tortona (Alessandria)32 Macomer (Nuoro)33 Albairate (Milano)34 Cupello (Chieti)35 Salussola (Biella)

MANAGEMENT02 Fusina (Venice)05 Pistoia13 Albairate (Milan)36 Tortona (Alessandria)37 Eboli (Salerno)03 La Spezia - Saliceti3A La Spezia - Boscalino08 Cerignola (Foggia)01 Bari09 Trapani10 Scurelle (Trento)12 Rovereto (Trento)16 Pieve d’Olmi (Cremona)17 San Daniele Po (Cremona)18 Cavarzere (Venice)27 Sassari23 San Benedetto Po (Mantua)24 Poggio Rusco (Mantua)

LADURNER IN WASTE TO ENERGY In the area of waste treatment and renewable energy, Ladurner operates in the sector of design and construction of waste treatment plants, from aerobic biostabilisation (composting) or anaerobic digestion of the organic fraction to the treatment of unsorted or dry residual waste (RDF production, refuse derived fuel) to waste to energy using both RDF and waste as fuel.

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CASE STUDY – OUR PLANTS IN ITALY

Technology:bio-cell biodryingPlant production rate:250,00 tonnes/yearBio-cells installed:25+8Year started:2001 (first part), 2010 (second part)

PRODUCTION PLANTSRDF VENICEWITH ENERGY RECOVERY ENEL POWER PLANT (VENICE)

COGENERATION PLANTCASTENEDOLO LANDFILL (BRESCIA)

ANAEROBIC DIGESTION AND COMPOSTING PLANT (MILAN)

RDF PRODUCTION PLANT (LA SPEZIA)

WASTE TO ENERGY PLANT (BOLZANO)

Technology:cogeneration units fueled by landfill biogas Starting year: 2005MW installed: 2,4

Technology:Ladurner accelerated bioxidationPlant production rate:42,000 tonnes/yearRevamping plant with the capacity of 67,500 tonnes/yearBio-cells installed: 5/6Starting year: 2013

Technology:accelerated biodrying and production of RDFInput capacity:80,000 tonnes/yearStarting year:2008

Technology:grid furnaceInput capacity:130,000 tonnes/yearImplemented in collaboration with other sector-based companiesStarting year: 2008


The element of water, even more than waste, has posed a problem, since the beginning of the 1990s, for which Ladurner has had to find an an-swer with the design and construction of WWTP and the supply of machinery for civil and industrial water treatment, making a decisi-ve contribution to the development of technological solutions in the field of waste water purification.

This important experience led to even more ambitious goals which are still part of the Ladurner’s corporate policy today: to look for the best environmental technology, specifically for the treatment of waste water, to introduce and distribute as a way to consolidate its acknowledged po-sition as a specialist in the waste water treatment industry in Italy.

LADURNER IN THE WASTE WATER SECTOR

OUR ACTIVITIES IN WATER

Water treated by our machines:

Over 10,000,000 m3 per year


Ladurner has an experienced team of engineers specialised in water treatment who, in collabo-ration with numerous international partners, develop technological solutions for our custo-mers’ different requirements. Ladurner offers international technological solutions (Japan, Canada, Holland, Germany, Austria, Switzer-land…) by making use of cutting-edge, global know-how.

Among Ladurner’s clients there are major companies, both in Italy and abroad. Most of the Italian multi-utility companies (ACEA, HERA, VERITAS, ENIA, IRIDE, APS-ACEGAS, etc.)The most important industries (wine producers, dairies, paper mills, pharmaceutical and chemical companies, etc.) BARILLA, CONSERVE ITALIA, PARMALAT-LACTALIS.

Design and construction of WWTP and sludge treatment plants

Design and construction of plants for energy recovery of waste water and sludge

Commercialisation of technology and machi-nery for waste water treatment

SKILLS AND OUTSTANDING FEATURES

REFERENCES ACTIVITIES


CASE STUDY – OUR PLANTS IN ITALY

12-year concession to dispose of approx. 18,000 tonnes/year of sludge produced from a WWTP in the Province of Trento.The treatment allows for the recovery of inert material (technosand) and biogas which is converted into electricity.

WET-OXIDATION PLANT ROVERETO (TRENTO)

UASB MENZ&GASSER PLANT NOVALEDO(TRENTO)

MEMBRANE TREATMENT PLANT ACEA (ROME)

MBR PLANT FORPORTO MARGHERA INDUSTRIAL AREA(VENICE)

MAINTENANCE OF WASTE WATER PLANTS ACEA (ROME)

UASB anaerobic digestion plant for the treatment of 400 m3/day of industrial waste water with biogas production (and as a result, electricity) and subsequent depuration using a membrane treatment system

Revamping of the GENZANO and PALMAROLA WWTP using MBR technology for the treatment of civil waste water (approx. 80 m3/hour)

Inside the REM consortium of Fusina, Ladurner has built the MBR plant for the treatment of 500 m3/h of waste water which, after being treated, is returned to the industrial area for re-use.

Maintenance and restoration for 9 years of 60 lifting stations at various WWTP of ACEA ROME.


REM-TEC deals with contaminated site reclamation, including their cha-racterisation and risk analysis, environmental recovery and clea-rance of asbestos and related activities. It also has an internal servi-

ce for laboratory analysis and offers environmental monitoring services therefore offering complete services and solutions for the reclamation sector.

LADURNER IN RECLAMATION Reclaimed land: 600,000 m3

over 1,000,000 tonnes


— REM-TEC has a strong integration of skills. — Technical and scientific: team made up of technicians specialised in the environmental, chemical, geological and engineering fields with skills that are constantly updated on the latest technical and legislative standards.

— Procedural and methodological: team which has consolidated operational procedures based on detailed, concerted, documented activity plans aimed at obtaining transparency and quality.

— Operational, logistical and commercial: team with operational skills, tried and tested in the field, in various reclamation activities from the technical to the logistical phase, as well as the commercial phase and the knowledge of appropriate solutions.

— Reclamation of the former landfill “Collina BZ Sud” South Bolzano (site of national interest)

— Area of former gas company in Merano

— Area of PASTA ZARA factory (site of national interest: E.Z.I.T. Muggia)

— Reclamation of contaminated sites

— Plans for characterisation and risk analysis

— Asbestos clearance

— Treatment of special waste, both hazardous and non-hazardous

— Disposal and recovery of materials

— Lab analysis

— Environmental monitoring


REFERENCES ACTIVITIES


OUR RECLAMATION WORK IN ITALY

CONTAMINATED SITE RECLAMATION WORK1 Lana (BZ) ..................................formerly Margesin....................................................formerly Shell2 Novate (MI) ..............................formerly Hoechst Schering ex Triulzi3 Sinigo Merano (BZ) ..................MEMC Electronics4 Grigno (TN) ..............................Cabot Plastics5 Laives (BZ) ................................Tubazioni....................................................Scuole Laives6 Fusina Marghera (VE) ...............Vesta7 Porto Marghera (VE) ................formerly SAVA....................................................intermodal freight terminal8 Bolzano ...................................Portici....................................................Collina Bolzano Sud....................................................Sitta9 Mira (BZ) ..................................formerly CE.LO....................................................formerly Biokomp10 Fossò (VE) ..............................Solid Urban Waste landfill11 Chiusa (BZ) ............................formerly Scalo FS12 S. Giorgio ...............................Aussa-Corno of Nogaro (UD) formerly Diamante 13 Muggia (TS) ...........................E.Z.I.T.14 M erano (BZ) ..........................formerly Azienda del Gas....................................................S. Anna15 Marghera (VE) ........................Canale ex Edison....................................................formerly Servizi Costieri16 Sesto Calende (VA ) ...............formerly AVIR17 Nave (BS) ...............................formerly AFIM18 Borbiago Mira (VE) ..................A4 motorway junction19 Piacenza (PC) ..........................Railway area20 Brennero (BZ) .........................formerly Dogana21 Budrio (BO) ............................formerly Federconsorzi22 Venezia ..................................Schools in historic centre....................................................Sacca S. Biagio23 Pescantina (VR) ......................Pescantina24 Villasanta (MI) ........................formerly Petrolifera25 Monguelfo (BZ) ......................formerly Caserma26 Termoli (TE) ............................Fis27 Bologna .................................Ballast FS28 Forlì (FC) ................................formerly Orsi Mangelli29 Monza (MB) ...........................Doria30 Pianiga (VE) ............................formerly Deposito31 Trevi (PG) ...............................Ecoverde site32 Bolzano (BZ) ...........................new waste to energy area33 Vicenza ...................................reclamation of Zambon Group area

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CHARACTERISATION AND DESIGN33 Trento ................................ Railways North Trento34 Sinigo Merano (BZ) ................... MEMC Electronics35 Mira (VE ) ..................................... formerly CE.LO36 Pontelongo (PD) ......................... Italiana Zuccheri37 S. Giorgio i. Bosco (PD) .................... formerly Faro38 Fusina Marghera (VE) ............................Alussuisse39 Strambino (TO) ..........................V.I.A. Biogas Plant

33


CASE STUDY

Reclamation of a Site of National Interest, former landfill, with 300,000 m3 of hazardous and toxic-harmful industrial waste.

Recovery of material, pre-treatment and removal of 50,000 tonnes of waste sent to foreign disposal and treatment plants.

Reconversion of the site for commercial use.

COLLINA(SOUTHERN BOLZANO)

FORMER GAS COMPANY (MERANO)

E.Z.I.T. INDUSTRIAL AREA (MUGGIA, TRIESTE)

Reclamation of the area occupied by the former gas company in Merano (Bolzano) with recovery of materials, pre-treatment, removal of waste. Implementation of safety measures using Capping and Jet Grouting technology.

Reclamation of aquifers using a treatment plantReconversion of the site for residential use

Reclamation of Pasta Zara SpA area within the Site of National Interest in Muggia (Trieste).

Controlled excavation and removal of 40,000 tonnes of waste sent to foreign disposal plants.

Reconversion of the site for industrial purposes.


WASTE TREATMENT PLANT

REM-TEC is a polyfunctional platform dedicated mainly to managing hazardous and non-hazardous waste from reclamation activities and the redevelopment of disused industrial sites. It is, therefore, aimed both at industrial waste and waste derived from soil reclamation.The features of the plant are geared towards achieving an integrated

waste management, focusing on selecting the recyclable fractions and optimising the management of the fractions which have to be disposed of.

POLYFUNCTIONAL PLATFORM FOR MANAGING INDUSTRIAL WASTE FROM RECLAMATION ACTIVITIES


Biological treatment (bioremediation) of ground contaminated by organic pollutants belonging to the fuel category.

Soil washing of ground contaminated by inorganic pollutants.

Inertisation.

Mixing and stabilisation aimed at the permanent recovery of waste

Selection and sorting of incoming waste in order to optimise the recovery of the different fractions

Storage of waste for cross-border export upon notification.

REM-TEC is authorised annually to process 250,000 tonnes of hazardous and non-hazardous waste and occupies an overall area of about 20,000 m2 of which 10,000 are sheltered. The main treatment lines are:

WASTE TREATMENT PLANT

COMUNE DICORTINA D’AMPEZZOCOMUN DE ANPEZO

RACCOlTA DIffERENZIATA DEI RIfIUTI

CORTINA D’AMPEZZO PER l’AMbIENTE

ECOSPORTEllO Loc. Pian Da lago 90/bTel. 0436/2890 - 0436/396337Fax 0436/876791 [email protected]

!PER INfORMAZIONI INERENTI lA RACCOlTA DIffERENZIATA, SEGNAlAZIONI, MANCATI SVUOTAMENTI O RITIRO DEI SACCHETTI:

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LATTINEDOSENCANS

new recycling platforms

A22 BRENNERO MOTORWAY


CONSULTING SERVICES AND COMMUNICATIONS

The Ladurner Consulting Services and Environmental Communications Division handles issues related to sustainable waste management. Throu-gh a systematic approach to design, the Division combines the language and form of communication with technical content.

In particular, it has established a name for itself on the Italian market as one of the leading companies in starting up selparate waste collection working in chritical areas such large cities and touristic areas.

OUR IDEAS SERVING THE ENVIRONMENT

Municipalities served: 800

Residents served by our projects:

10,000,000

("SELECTIVE WASTE COLLECTIONCORTINA D’AMPEZZO FOR THE

ENVIRONMENT")



Sixteen years of experience and 800 Italian mu-nicipalities served: the philosophy of Ladurner’s consulting services and communication division is “ideas and communication with content”. The technical side is made up of professionals with proven experience and a solid background with a multi-disciplinary approach which can adapt its language to the level of communication required. It proposes solutions tailored to the customer’s requirements without falling back on using off-the-shelf models.


PORTOFINO. raccolta differenziata dei rifiuti.

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COMUNE DI PORTOFINO_ UFFICIO INFO 034 567700_ DAL 10.06.10

PORTOFINO. raccolta differenziata dei rifiuti.

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COMUNE DI PORTOFINO_ UFFICIO INFO 034 567700_ DAL 10.06.10

— feasibility studies of waste collection systems

— local surveys and customer site inspections for the set up of door-to-door collection systems

— drafting of financial plans to define waste tariffs drafting of technical tender documentation for the collection and transport service of municipal waste

— waste compositional analysis

— consulting services for the implementation of PAYT fees

— regional/industrial sector-based plans

— information campaigns on waste, water, mobility and energy

— planning of Green Events

— awareness-raising campaigns

— green life style projects for more sustainable living

— environmental education

— training for sector-based operators and technicians

PLANNING OF SELECTIVE COLLECTION SYSTEMS

ENVIRONMENTAL COMMUNCATIONS

("PORTOFINO.SELECTIVE WASTE COLLECTION.")



1 Bolzano: Start of selective organic collection2 Trento: Start of R&D and consulting services3 Val di Fiemme: Information campaign4 A.S.I.A.: Start of selective collection5 C10: Start of selective collection6 Rovereto: Start of selective collection7 Pordenone: Start of selective collection8 Tavagnacco: Start of selective collection9 Venice: Start of R&D and consulting services10 A.S.V.O: Environmental communications11 SAVNO: Environmental communications12 Zevio: Start of selective collection13 Verona 2: Environmental communications14 Rovigo: Energy information campaign15 Montebelluna: Energy information campaign16 Consorzio Priula: Information campaign17 Vicenza: Environmental communications18 Monza: Environmental consulting services19 Amga: Information campaign20 Reggio Emilia: Start of selective collection21 La Spezia: Start of R&D and environmental

communication22 Genoa: Start of selective collection23 Mugello: Start of selective collection24 Terni: Environmental consulting services25 Rieti: Environmental consulting services26 Orvieto: Environmental communications27 Rome: Environmental communications28 Anzio: Start of selective collection29 Nettuno: Start of selective collection30 Rodi Garganico: Environmental communications31 Bari: Environmental consulting services32 Province of Olbia Tempio: Environmental

consulting services 33 GELSIA Ambiente: Start of R&D and environ-

mental communications34 Majella National Park: Environmental training35 Appenino Parmense: Start of selective col-

lection36 Novellara: Start of selective collection37 Autostrada del Brennero: Start of selective

collection38 Agenzia Due Giare: Environmental training39 Regione Umbria: Environmental consulting

services40 Province of Trento: Consulting services41 Province of Gorizia: Start of R&D and consul-

ting services42 Cairo Montenotte: Environmental consulting

services43 Ceranesi: Environmental consulting services44 Sestri Levante: Start of R&D and environmen-

tal communications45 Sabaudia: Start of selective collection46 Borgorose: Start of selective collection47 Conversano: Campaign for household com-

posting48 Sperlonga: Environmental consulting services49 Giuliano di Roma: Environmental consulting

services

50 Cave: Environmental consulting services51 GRETA/Alto Vicentino: Environmental com-

munications52 Borgio Verezzi: Environmental consulting

services53 Toirano: Environmental consulting services54 Castello Tesino: Green event55 Isera: Environmental education56 Finale Ligure: Start of R&D and environmental

communications57 Tovo San Giacomo: Start of R&D and environ-

mental communications58 Grado: Environmental consulting services59 Vicenza: Environmental consulting services60 Parma: Environmental communications61 Civitavecchia: Environmental communications62 Cortina D’Ampezzo: Environmental commu-

nications63 IPLOM: Sustainability report64 Lucca: Green event65 Altidona: Environmental consulting services66 Portofino: Start of R&D and environmental

communications67 Abbiategrasso: Environmental communica-

tions68 L’Aquila: Environmental consulting services69 Riva del Garda: Environmental consulting

services70 Frosinone: Environmental consulting services71 Ecoprogetto Milano: Environmental educa-

tion72 Union of the municipalities of ValleStura,

Orba and Leira: Environmental communica-tions

73 Amaseno: Feasibility plan74 Noli: Environmental communications75 Arenzano: Start of R&D and environmental

communications76 Serra Riccò: Consulting services and environ-

mental commuications77 Moneglia: Environmental consulting services78 Landfill La Filippa (SV): Environmental educa-

tion79 Zoagli: Environmental consulting services80 Valdagno: Environmental communications81 Terracina: Environmental consulting services82 Consorzio Oltrepò Mantovano: Environmen-

tal consulting servicesA Regione Veneto: Environmental communica-

tionsB Regione Liguria: Environmental communica-

tions83 WALSER mountain community: Environmen-

tal consulting services84 Consorzio CSR (AL): Environmental consulting

services

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CASE STUDY

Set up of a door-to-door separate collection service for the entire city supported by the implementation of an information campaign

SET UP OF SEPARATE COLLECTION SYSTEMS (MUNICIPALITY OF ANZIO, ROME)

PLANNING OF WASTE MANAGEMENT(UMBRIA REGION)

ENVIRONMENTAL COMMUNICATIONS("SEPARATE WASTE COLLECTION CORTINA D’AMPEZZO FOR THE ENVIRONMENT")

(MUNICIPALITY OF CORTINA D’AMPEZZO)

GREEN EVENTCHRISTMAS MARKET IN BOLZANO

ENVIRONMENTAL EDUCATION("EVERYONE IN THEIR PLACE!MAKING A DIFFERENCE AT SCHOOL!")

SORARIS (VICENZA)

Creation of regional plan for the management of WASTE IN UMBRIA.

Plan presented through an information campaign

Long experience in communication about separate collection systems: leaflets, calendars and events for residents in the area.Environmental education in schools.

Conception and realisation of sustainable events for lowering or compensating the environmental impact of exhibitions, fairs, concerts, sporting events, etc.

Environmental education campaign involving schools, training teachers and lessons in the classroom.

Ad Anzio arriva la raccolta differenziata

PORTA a PORTA.

DIFFERENZIARE.

UN GESTO NATURALE.

Per informazioni:www.comune.anzio.roma.itwww.anziodifferenziata.it

[email protected]

Per segnalazioni o problematiche legate alla raccolta dei rifiuti: Numero Verde 800 12 64 29 (dal lunedì al venerdì dalle ore 8.00 alle ore 18.00, sabato e domenica dalle ore 8.00 alle ore 12.00).

Per informazioni: Ufficio Ambiente tel. 06 98 49 94 69 (dal lunedì al venerdì dalle ore 8.30 alle ore 14.00,

martedì e giovedì anche dalle ore 15.00 alle ore 18.00).

ISTRUZIONI PER L’USO

www.provincia.roma.itCOMUNEDI ANZIO

Assessorato all’Ambiente

COMUNEDI ANZIO

Assessorato all’Ambiente

acquistato con il contributo della Regione Lazio

COMUNE DICORTINA D’AMPEZZOCOMUN DE ANPEZO

RACCOlTA DIffERENZIATA DEI RIfIUTI

CORTINA D’AMPEZZO PER l’AMbIENTE

ECOSPORTEllO Loc. Pian Da lago 90/bTel. 0436/2890 - 0436/396337Fax 0436/876791 [email protected]

!PER INfORMAZIONI INERENTI lA RACCOlTA DIffERENZIATA, SEGNAlAZIONI, MANCATI SVUOTAMENTI O RITIRO DEI SACCHETTI:

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16

Cliente Azienda di Soggiorno di Bolzano

Progettoideazioneerealizzazioneesecutivadiunprogettoinpartenariato tra pubblico e privato per calcolo e compensazione della CO2 prodotta dal Mercatino di Natale attraverso la piantumazione di nuovi albericonlapartecipazionediTetra Pak e Mila

Partecipa anche tu al concorso a premi organizzato dall’Azienda di Soggiorno e Turismo di Bolzano.

Al punto informativo in Piazza Walther 8 dal lunedì al venerdì dalle 12.00 alle 16.00 richiedi e compila la scheda di adesione, potresti vincere:

I° PREMIO: UN WEEK END PER 2 PERSONE A BOLZANO IN PRIMAVERA

UNO ZAINO CON PRODOTTI MILA

Montepremi a estrazione finale. Il regolamento è consultabile presso l’Azienda di Soggiorno e Turismo Piazza Walther 8.

Il Mercatino di Natale Bolzano ti premia!

In collaborazione con:

LAD

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> Cartolina in carta lattedal riciclo del Tetra Pak

> Shopper in carta fruttadal riciclo del Tetra Pak

imballaggi in plastica e lattine

a scUOla FacciamO la DiFFeRenZa!

soddisfazioninella raccoltadella plastica

ognuno al suo posto!

all’ecOcentRO:

Oli esaustiOlio di frittura, oli motori...

PericOlOsiI rifiuti pericolosi sono molto dannosi per l’uomo e l’ambiente, per questo è importante raccoglierli separatamente da tutti gli altri rifiuti. Sono: -pile -vernici -inchiostri -adesivi -batterie

e tutti i contenitori che hanno questi simboli:

verde e ramaglie -erba -fiori -piccoli rami e potature...

“raee” -lampade fluorescenti -frullatori -telefoni -phon -frigoriferi -televisori -computer -lavatrici -lavastoviglie...

ingOmbranti -divani -materassi -armadi...

- bottigliette di acqua - bottigliette di succhi di frutta - vasetti dello yogurt - involucri per merendine - sacchetti e buste in plastica - vaschette in alluminio - carta stagnola - piatti e bicchieri in plastica ...

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www.soraris.ittel 0444 [email protected]


A Division to manage energy recovery from waste by revamping aerobic composting plants

What is it? — It is a division producing energy from Biogas from municipal waste

What does it do? — It combines the need to dispose of municipal waste with the

recovery of materials and energy to optimise efficiency

— It promotes initiatives in the area of RES, such as the recovery of disused landfills and the conversion of aerobic composting plants into anaerobic plants.

— It seeks out industrial partners which own authorised composting plants and proposes their industrial reconversion and the generation of income with energy recovery (electricity, biomethane, etc.)

STRATEGIC PARTICIPATION WASTE TO ENERGY IN SPV

THE WASTE TO BIOGAS PRODUCTION CHAIN


To create an industrial initiative starting from a favourable environmental context (increase in separate waste collection), as well as a legisla-tive (energy tariff, biomethane), financial (dif-ficulty of small operators to access credit) and technological (Ladurner) point of view.

THE MISSION THE STRATEGY THE STRATEGIC GOALS

— Search for authorised aerobic composting plants in Italy

— Acquisition of the plant assets identified through the creation of individual Newco with minority stakes of the original shareholders

— Conversion of aerobic to anaerobic technology with a technological partner (Ladurner) to exploit the financial benefits from energy production

— To become a leader in energy recovery from municipal waste

— To be a European player

ENERGY RECOVERY FROM WASTE ON A EUROPEAN LEVEL


INVESTMENT OPPORTUNITIES

CURRENT SITUATION:4 million tonnes/year of selective OFSMW collection

2020 GOAL:6.5 million tonnes/year of selective OFSMW collection

+63%

AREAS WHERE SEPARATE COLLECTION IS CARRIED OUT FROM 10 TO 30%

AREAS WHERE SELECTIVE COLLECTION IS CARRIED OUT FROM 30 TO 40%

AREAS WHERE SELECTIVE COLLECTION IS CARRIED OUT FROM 40%

SOURCE: CIC 2012 ANNUAL REPORT

THE DEVELOPMENT OF LADURNER

PLANTS


ANAEROBIC DIGESTION

The plant is located in the Municipality of Albairate (Milan) on an area of 40,000 m2 in the Parco Agricolo Sud Milano (Rural Park South Milan). The plant produces biogas for electricity production and quality compost used as an organic soil conditioner in agriculture through production processes which can be basically identified in two stages: anaerobic and aerobic. The technology employed is wet digestion under mesophilic conditions (temperature of 37°).

THE ALBAIRATE PLANT

Technical data2007............................................................... aerobic composting

2013............................................................... implementation of aerobic composting area and new anaerobic digestion area

Technology used ................................................ wet anaerobic digestion and aerobic bio-cell com-posting

Type of waste treated .......................................... OFMSW and the lignocellulosic structuring fraction

Authorised capacity ..........................................70,000 tonnes/year Nominal electric power ...................................... 2 MWBiogas power fed to the motor ......................... 4.7 MW

Electricity produced ...............................17 Mio kWhThermal energy produced ................2 MW Quality Compost produced ........................15,000 tonnes/year


THE ALBAIRATE PLANT, MILAN

The plant has a pre-treatment system for the organic fraction of sorted waste which allows the anaerobic digestion of the materials.

The pre-treatment allows any causes for interference to be removed such as packaging (bags, etc.) and inert material (sand, etc.) and to prepare the rough suspension, through shredding and the addition of re-circula-ting water.

The biogas is stored in a gasometer and then sent to the cogeneration motors to produce electricity which is fed into the grid, net of the con-sumption used internally by the entire plant.

THE ANAEROBIC PHASE

The material from the anaerobic digestion, after having been separated from the water by centrifuges, is mixed with structuring material (plant material and branch cuttings) and treated, in an initial phase, in the La-durner bio-cells.Thanks to the intensive fermentation in the bio-cell, with the tempe-rature, humidity, request for oxygen and airflow constantly controlled and configured by computerised systems, a material is obtained that is stacked in ageing yards where it is periodically turned and dampened, and subjected to a final screening before becoming a final product (com-post) to be used in fields on farms.

Yield: 120/130 cubic metres of Biogas per tonne of OFSMW; 2.5KWh per cubic metre of Biogas.

THE AEROBIC PHASE


ANAEROBIC DIGESTION

The Tortona plant, in a strategic position within the Milan-Turin-Genoa industrial triangle, is made up of two distinct areas arranged in series. In the first, anaerobic biodigestion takes place. This is where the biomassesdelivered undergo a biochemical type conversion that produces biogas and a stabilized residue resulting from the digested sludge. In the se-cond, already in operation since 1995 and today undergoing revamping, the digested matter is transformed into compost, a stabilized product to be used as an organic soil conditioner in agriculture and for environmen-tal rehabilitation.The Tortona plant is extremely modern in every respect thanks to its use of the best technology existing on the market today and due to the maximum reduction of environmental impact resulting from the new establishment under construction.

For this reason, the Tortona site is part of a major research and develop-ment project financed by the Ministry of Economic Development within the “Industria 2015” project. These are also reasons why the Tortona site is part of an important research and development project, funded by the Ministry for Economic Development under the tender “Industria 2015”.

Overall the plant allows for the treatment of 33,000 t/year of OFMSW from separate waste collection, 7,000 t/year of lignocellulose fraction, and the equivalent of 2,000 t/year of sewage sludge, that can be adap-ted with the OFMSW to up to 10,000 t/year.

THE TORTONA PLANTPlant capacity 42,000 tonnes/year

Quality compost produced 15,000 tonnes/year

Electricity produced 8,400,000 kWh/year

12

i progetti renerwaste DI SImoNE PAoLI E DAVIDE FuRLAN

Ladurner negli ultimi anni ha, direttamente o tramite le sue controllate, deciso di ap-procciare la situazione con-tingente di mercato, con le pubbliche amministrazioni costrette praticamente ad azzerare gli investimenti, in

maniera innovativa.

Abbiamo sviluppato una serie di iniziative in conto proprio che ci vedranno operare direttamente come costruttori e gestori dell’opera, mettendo pertanto a frutto tut-

te le esperienze che Ladurner ha accumulato nel corso degli anni nel campo del trattamento rifiuti, ed in particolare sulle frazioni da raccolta differenziata.

Abbiamo pertanto sviluppato una pipeline di iniziative, concentrandoci sulla frazione organica proveniente da raccolte differenziate, utilizzando la tecno-logia di digestione anaerobica (principalmente ad umido su nostre specifi-che). I principali progetti in corso sono qui brevemente descritti:

ALBAIRATE È il progetto in fase più avanzata, in quanto la parte di compo-staggio aerobico, da noi realizzata e gestita, è già in funzione dal 2009. La sezione di digestione anaerobica sarà avviata entro fine anno. Rimandiamo all’apposito articolo per una descrizione approfondita del progetto.

TORTONA Si inserisce in unárea strategica dal punto di vista logistico, ca-pace di intercettare i rifiuti sia dalla vicina Lombardia (Milano) che dalla Ligu-ria (in particolare lárea di Genova). Ladurner si è aggiudicata la concessione

per 25 anni della piattaforma AMIAS su cui insiste il vecchio impianto di compostaggio fanghi, al fine di revampare la struttura. E’ in dirittura d’arrivo l’autorizzazione unica, per poter iniziare i lavori all’inizio del prossimo anno. L’impianto avrà una potenzialità di 35.000 t/a di FORSu e una produzione di energia prevista pari ad 1 MWe.

CERCHIO Si tratta di una concessione aggiudicata con il criterio del Pro-motore. Si trova nellárea abruzzese della Piana del Fucino, facilmente ac-cessibile dal punto di vista logistico ad un’ampia zona dell’Italia centrale. Anche in questo caso l’iter autorizzativo è ben avviato. L’impianto avrà una potenzialità di 35.000 t/a di FORSu e una produzione di energia prevista pari ad 1 MWe.

MACOMER Il progetto ha ottenuto un finanziamento da parte della Regione Sardegna in base allo strumento dell’Accordo di Programma per il valore ambientale e sociale dell’opera. Prevede la realizzazione di una sezione di digestione anaerobica di frazione organica della FORSu (sempre con il no-stro standard da 35.000 t/a) ed una di WETOX di fanghi da depurazione. ANGUILLARA Si tratta di una concessione aggiudicata dal Comune di An-guillara. Anche questo impianto avrà una potenzialità di 35.000 t/a di FORSu e una produzione di energia prevista pari ad 1 MWe tramite tecnologia di Di-gestione Anaerobica ad umido. L’iter autorizzativo inizierà nei prossimi mesi.

CERIGNOLA Ladurner Srl si è aggiudicata la gara di concessione dello sfruttamento del biogas prodotto dalla discarica del consorzio FG4 sito in Cerignola (FG). L’impianto è in fase di realizzazione da parte di Ladurner SRL, essendo già autorizzato ai sensi del D.Lgs 152/06. E’ in corso di otte-nimento l’autorizzazione unica ai sensi del D.Lgs 387/03, con previsione di allacciare l’impianto entro fine 2013. L’impianto ha una capacità di 2 MWe.

Dopo Albairate la pipeline delle iniziative da Nord-Ovest a Centro-Sud


— SCURELLE (TRENTINO) ....................... finished

— TRAPANI (SICILY) .............. under construction

— FOGGIA (PUGLIA) ............. under construction

BIOGAS FROM LANDFILLS

PLANTS UNDER CONSTRUCTION (ON-GOING INITIATIVES)


In 1998 Ladurner designed a system to process the dry fraction of mu-nicipal waste which could produce fuel with a high calorific value. The first problem to overcome was how to use the RDF produced without altering the delicate environmental balance in Venice. The idea, therefore, was to optimise the plant operations in the indu-strial area of Porto Marghera by developing an industrial system with the goal of maximising the recovery of existing thermal cycles.The benefits of this choice proved to be quite significant from the be-ginning. Firstly, no new waste-to-energy plants were built to process the RDF produced. Then, the amount of fossil fuel used by the existing

power stations was reduced, the atmospheric emissions from the com-bustion processes were reduced and benefits could then be received from the financial contributions envisaged by current legislation.

The decision was taken, therefore, to set up a plant-engineering system to produce quality RDF which then could be used in the Palladio power station in Fusina in a co-firing process with coal, by involving ENEL Pro-duzione.

USE OF THE RDFPRODUCED IN FUSINA IN ENEL’S THERMAL POWER STATION

THE INTEGRATED COMPLEX IN FUSINA

– QUALITY RDF


In 1998, an agreement was signed between the competent district Au-thorities (Veneto Region, Province of Venice, municipality of Venice an-dEcoprogetto Venezia and Enel) to regulate the allocation and the ener-gy recovery of the RDF produced.

Operations were preceded by a rigorous experimental production pro-gramme (to establish the optimal percentages of RDF to use in the he-ating units) and an environmental assessment (managed by ARPAV) to determine the effects of the gas emissions in the atmosphere during the co-firing stages. At the end of this experimental process, the following was verified:

— the amount of usable RDF was approx. 5% of the coal which powers the Palladio power station

— the effects of the emissions from the use of RDF in the co-firing process were negligible.

The experimental stage has now finished with the integrated environ-mental authorisation signed by the Minister, Stefania Prestigiacomo, on 25 November, 2008 following the conference of the services which took place in Rome on 23 September, 2008.

THE INTEGRATED COMPLEX IN FUSINA: SYNERGY WITH ENEL

After the verification and stabilisation stages, the authorisation allows for the recovery of 18 tonnes/h of RDF at the Enel power station, taking into account the restriction of discharging water during the summer pe-riod.

The possibility of overcoming this restriction is being evaluated in col-laboration with Enel in order to achieve a potential recovery of over 100,000 tonnes per year with a saving of about 65,000 tonnes of coal and a CO2 reduction of 93,000 tonnes/year.


It attempts to bring together the experience of Ladurner Ambiente in the construction and management of biogas plants and the experience in the cultivation and management of biomass by farm owners in a spe-cific area. The plants are, in fact, located near to catchment areas which are carefully identified in order to ensure the proximity of a supply of raw materials. How does Enerfarm carry out its business? It identifies farmer owners interested in building biogas production plants for setting up lo-cal joint venture SPVs, providing agricultural businesses with the possibi-

lity of accessing the renewable energy market with an industrial partner, the Ladurner group, which acts as guarantor for the correct technical functioning of the plant. Enerfarm takes care of the construction and management of the biogas plant, handling the authorisation process, bank loans and the sale of the electricity and green certificates which are very complex activities for which specific, specialised know-how is required.

THE BIOGAS PRODUCTION CHAINA SUB-HOLDING TO MANAGE AGRO-ENERGY PRODUCTION

STRATEGIC PARTICIPATION IN AGRO-ENERGY


SYNERGIES BETWEEN INDUSTRIAL PARTNERS AND AGRICULTURAL PARTNERS

How does a joint venture SPV work?The SPV is controlled by Enerfarm and is an SRL (limited liability com-pany) in all that it does. The shareholders are Enerfarm and the local agricultural company.It is managed by a board of directors with two members in which the chairman is nominated by the agricultural shareholder and the CEO of Enerfarm.Ladurner Ambiente, through its holding Ladurner SPA, builds the plant, supplying the management service and the full-service maintenance as well. The agricultural company, which represents the farmers, rents the land cultivated by the SPV or supplies the finished biomass to the plant for biogas production.

Industrial and agricultural partners share tasksEnerfarm handles authorisations, funding, construction, plant manage-ment and maintenance while the agricultural partners handle relations with local agricultural companies and third parties and oversee the sup-ply of the biomass

But the owner of the authorisation is, however, the joint enterprise.

The dimensions of the plantStandard measures are adopted in terms of electric megawatts, namely 1 MW, which can generate 7 million kWh of electricity per year.

ENERFARM

49%

51%ALPS FINANCE


With 49% owned by Ladurner Ambiente, it produces energy generated by biogas from agricultural sources.It owns seven plants for a total of 7 MW installed.

Plants ownedSocietà Agricola San Daniele (Cremona)Società Agricola Sant’Elena (Cremona)Società Agricola Enersab (Mantua)Società Agricola Poggio Energia (Mantua)Società Agricola Martinelle Energia (Venice)

Main featuresPower .............................................................. 0.99 MWpProduction capacity ...................... 8,000,000 kWh per yearFeed-in tariff ....................................................0.28 €/kWh

BIOGAS FROM AGRICULTURAL BIOMASS

ENERFARM


ENERGY EFFICIENCY ON WATER

The illuminated pathway in the Port of Venice is a light signalling installation operating in the Malamocco sea channel.Marghera has an approximately 15 km long channel which allows large cargo ships to enter the port from the open sea.This was a project to modernise the technology of the existing plant and make it energy efficient by replacing the obsolete and expensive lighting technology with modern and efficient LED technology.

At the same time, the electrical power supplied via a network of underwater cables which was difficult and costly to maintain was switched over to an autonomous power supply from photovoltaic panels with an integrated electrochemical accumulator guaranteeing the total energy self-sufficiency of the installation.

THE ILLUMINATED PATH OF THE PORT OF VENICE

Year of construction: 2015Malamocco – Marghera channelLength: .........................................15 kmNumber of lights: ............................345

LED bulbsNominal power: .............................. 3 WNominal voltage: ........................... 12 VNumber of bulbs per pole: .................2Total installed power: .............. 2070 WColour of lights: .............. amber yellow

Photovoltaic modulesNominal power: .......................... 65 Wp

Number of modules per pole: ............................................... 4Total installed photovoltaic: ... 89.70 kW

BatteriesTechnology: ................................ Pb gelRated capacity: ............................ 50 AhNominal voltage: ........................... 12 VNumber of batteries per pole: ............4Total installed capacity: ........ 69000 AhEstimated autonomy: ..approx. 10 days

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ENERGY EFFICIENCY AND SMART CITY

Ladurner invests in successful energy efficiency projects on behalf of its clients, by taking on the management and responsibility of the results in exchange for a service feeLadurner designs innovative public lighting solutions by adopting the concept of “Smart City”. Through specific technology and additio-

nal services, it contributes towards enhancing the “coordination and in-ter-connection platform” with which Administrations manage the tran-sformation of “Smart” cities.

SMART CITY PILOT PROJECT


Ladurner Solar is a qualified operator in the PV sector with an excellent track record to its name. On the strength of its long-standing experien-ce in the design, implementation and management of industrial-scale photovoltaic parks, Ladurner Solar now performs asset management activities on behalf of investors by supporting them in the assessment, acquisition and management (O&M) of assets through due diligence techniques and, where necessary, by proposing technical solutions aimed at stabilising and improving production performances over time.Ladurner Solar designs and implements photovoltaic solutions aimed at integrating energy savings projects in public and private areas.Among the most innovative solutions for the application of photovoltaic

technology, Ladurner Solar has concentrated its application-oriented re-search to cluster or stand-alone industrial plants in which all the energy produced is employed by the user thanks to a battery accumulation system.

This solution allows the industrial client to achieve total energy auto-nomy. In its role as EPC Contractor, Ladurner Solar creates industrial plants (on roof-tops) and ground-based plants (Solar Parks) with a turnkey solution, in addition to plants on agricultural greenhouses and on parking shelters.

ENERGY FROM THE SUN more than 300 plants Installed

more than 50 MWp Installed


SOME OF OUR INSTALLATIONS

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VILLA BARTOLOMEA (VR)Output: 996 KWp - on ground

VNICEOutput: 900 KWp - on ground

REGGIO EMILIAOutput: 500 KWp - on ground

MANCASALEOutput: 992,6 KWp -roof-top

BRESCELLOOutput: 989 KWp -roof-top

CARPI (MO)Output: 680 KWp - on ground

CARPI (MO)Output: 300 KWp - on ground

VALLELUNGAOutput: 823 KWp - on ground

ANAGNI (FR)Output: 996 KWp -roof-top

BRINDISI 1Output: 997 KWp - on ground





CASSANOOutput: 13.000 KWp -on agricultural greenhouses


CASE STUDY - OUR PLANTS IN ITALY

An innovative project, the circuit will be completely self-sufficient from an energy consumption point of view with a total output of 823.00 KWp.

Net active surface are 6,223 m2.

SOLAR PARK(VALLELUNGA - ROME)

INSTALLATION ON GREENHOUSES(CASSANO - COSENZA)

SOLAR PARK(BRINDISI)

CAVARZERE(VENICE)

Total output 13,000 KWp.Installed on agricultural greenhouses built by us.Overall surface area 34,000 m2.Net covered surface area 9,000 m2.

European tender won, launched by the second largest multi-utility company in Italy.5 plants with a total output of 4,985.00 KWp.Net active surface area 39,000 m2.

Ground-installed plant with AMORPHOUS technology.

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soLar parKvaLLeLUnGa (roma)

Progetto innovativo, il circuito sarà completamente autosuf-ficiente dal punto di vista del consumo di energia con una potenza totale 823,00 KWp. Superficie attiva netta 6.223 m2.

case History-LadUrner soLar

impianto sU serrecassano (cs)

Potenza totale 13.000 KWp.realizzzato su serre agricole di nostra costruzione. Superficie complessiva 34.000 m2.Superficie netta coperta 9.000 m2.

soLar parKbrindisi

Gara europea vinta, indetta dal-la seconda multiutility italiana.Cinque impianti con una po-tenza totale di 4.985,00 KWp.Superficie attiva netta 39.000 m2.

veneZia cavarZere

Impianto a terra con tecnologia amOrFO. 900 KWp.

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soLar parKbrindisi


veneZia cavarZere


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soLar parKbrindisi


veneZia cavarZere



OUR CODE OF ETHICS

The Ladurner Ambiente Group has adopted its own Code of Ethics.The code of ethics is the company’s “Constitutional Charter”, an official document approved by the Board of Directors of the subsidiaries of the Ladurner Ambiente Group and represents the declaration of the set of rights, duties and responsibilities of the subsidiaries towards the parties which it deals with in pursuing its corporate objective (customers, suppliers, employees, shareholders, authorities, institutions, communi-ties, public administrations and financial markets, etc.).

The Code of Ethics also sets the benchmark standards and the rules of conduct which support the company’s decisional processes and the gui-delines for behaviour.

It is an integral part of the Organisational and Management Models in accordance with Italian Leg. Decree No 231/2001 to which all the subsi-diaries of the Ladurner Ambiente Group adhered during 2011.

CODE OF ETHICSAND THE ADOPTION OF ORGANISATIONAL AND MANAGEMENT MODELS IN ACCORDANCE WITH ITALIAN LEG. DECREE 231/2001 BY THE LADURNER AMBIENTE GROUP

The common good is the environment, an important word, whichrefers to everything that surrounds and hosts us, to the places and the people among which and with whom we live.

INdIce

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codice_ etico

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codice eticoDEL GRUPPO LADURNER AMBIENTE

© 2016 Ladurner Ambiente Spa • Company Profile

www.ladurnerambiente.it

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A MEMBER OF ZOOMLION GROUP

CREATED BY THE MARKETING AND COMMUNICATIONS AREA OF LADURNER AMBIENTE

39100 Bolzano Via Innsbruck, 33 Italy – Tel. 0471 949 800 – Fax 0471 949 805 [email protected] – www.ladurnerambiente.it

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