BIOMASS - Головнаbiomass.kiev.ua/images/library/secb-materials/broshura_secb_en_2011.pdf · 3 • Consulting on technologies for energy generation from biomass • Identification

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T./f.: (+38044) 456-94-62453-28-56, 332-91-40223-55-86, [email protected] iev.ua

Biomass-to-enrgy technologies• Combustion • Gasification,Pyrolysis• Anaerobic digestion• Landfillgas• Briquetting /pelletization

Development of Joint Implementation (JI) projects under KyotoProtocol

• IdentificationofJIprojects• Feasibility studies • DevelopmentofPINs• DevelopmentofPDDs• Development of JI project portfolios• Management of JI projects• Monitoring of JI projects• Development of GIS projects

Energy saving technologies and renewable energy sources

• Cogeneration technologies• District heating systems• Energyefficiencyinindustry• Renewable energy technologies• Energy audits• Preparationofprojectsforfinancingundercredit

lines • Educational programs, conferences, seminars

Design works • Landfillgasdegassingandutilizationsystems• Biogas installations• Boiler installations on various types of fuel• Internal and external engineering networks,

systems and constructionsUkraine, 03067,Kyiv-67, p/o box 66

WE ARE GREENING THE FUTURE!

Scientific Engineering Centre

«BIOMASS»

www.biomass.kiev.ua

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• We believe in sustainable development of society

• We are working on renewable energy future

•We count on the income from work, which

serves the society

Scientific Engineering Centre “Biomass” Ltd. (SECB) is a consulting and engineering company established

in January 1998. At present it is the leading commercial Ukrainian

company in the field of energy generation from biomass (wood,

straw, manure, municipal solid waste and other organic waste),

development of JI projects under KyotoProtocol,energyefficiency,

energy audits, design of energy facilities.

SECB staff: 25 persons,including6PhDs

(May 2011)

SECB Partners: EBRD, World Bank,UNDP, KfW, STCU, CRDF (internationalorganizations); SenterNovem, BTG, KARA,TNO (the Netherlands); ELSAMPROJEKT,Danish Technological Institute, Danish Agricultural Advisory Centre (Denmark); MVV Consultants & Engineers, DECON,DENA, RWE Power AG (Germany); EVA,Allplan, Kommunalkredit Public Consulting(Austria); SEK, Vattenfall (Sweden); Shimizu Corporation, Chugoku Electric Power Co.,SumitomoCorporation(Japan);PNNL,NREL,SCSEngineers,USEPA(theUSA).

SEC “Biomass” closely works in a number of projects with the Institute of Engineering

ThermophysicsoftheNationalAcademy of Sciences of Ukraine

OURVISIONANDMISSION

Biomass Combustion

Biogas Technologies

Kyoto Protocol

Design Works

Energy Efficiency

SEC “Biomass” carries out work in the following

directions

WEAREGREENINGTHEFUTURE!

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•Consulting on technologies for energy generation from biomass• Identification of bioenergy projects•Pre-feasibilitystudy•Feasibility study•Development of business plans•Selection of commercial equipment for energy production from biomass•Management of bioenergy projects•Certification of foreign bioenergy equipment•Translation of technical documentation•Organizationofcoreseminarsandconferences•Elaboration of bioenergy development strategies and programs for enterprises/ regions/ oblasts/ on the national level•Marketing and sell of commercial bioenergy equipment: wood fired boilers of 1-15 MWofAustrianmanufacturer“Polytechnik”GmbH•Otherconsultingandengineeringservices

• Identification of JI projects•Feasibility study•DevelopmentofPINs•DevelopmentofPDDs•Development of JI project portfolios•Management of JI projects•Monitoring of JI projects•Development of Green Investment Scheme (GIS) projects

•Consulting• Identification of projects•Feasibility study •Development of business plans•Energy audits•Projectpreparationforfinancingthroughcreditlines

•Landfill gas degassing and utilization systems for electricity and heat generation•Biogas installations •Boiler installations on various types of fuel• Internal engineering networks, systems and constructions (gas supply; heating, venti-lation, conditioning)•External engineering networks, systems and constructions (gas supply of low and medium pressure; heat networks)

Technologies for energy generation from biomass

DevelopementofJointImplementation(JI)projectsunderKyotoProtocol

Energy efficiency and renewable energy sources

Design works

OFFEREDSERVICES:

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IMPLEMENTEDPROJECTS:

BIOMASSCOMBUSTIONTECHNOLOGIES

CO2reductionandenergysavinginthewoodprocessingindustryofUkraine

Installation of 1 MW straw fired boiler for heat generation in Drozdy village, Kyiv oblast,

PlaceofimplementationVeneerplant“OdekUkraine”(Ukraine),theurbanvillageofOrzhiv,Rivne oblast, Ukraine Execution period: 1999 - 2002

PlaceofimplementationAgricultural enterprise “Agrofirma DiM” Ltd., Bila Tserkva region, Kyiv oblast, UkraineExecution period: 2000

PlaceofimplementationMalyn State Timber Enterprise, Malyn, Zhytomyr oblast, UkraineExecution period: 1999 - 2002

Main project parameters



Manufacturer of boiler: Thermal capacity:Steam output:Steam overpressure:Type of furnace grate:Fuel: Fuel consumption: Reserve fuel: ReductionofCO2emissions:Substitution of natural gas:Investment:Paybackperiod:

KARA,theNetherlands5 MW7.8 t/h10 barreciprocating gratewood chips2 t/h (moisture 40%)natural gas9800 t/yr2.8 million m3/yr USD 430,0001.8 year

Manufacturer of boiler:Thermal capacity:Efficiency:Fuel:Amount of straw per load:Combustion period per load:Consumption of straw:Substitution of natural gas:Investment:Paybackperiod:

PASSAT,Denmark1 WM81%bigstrawbales(1,2х1,2х2,4m)1500 kg (3 big bales)about 5 hours1100 t per heating season385 th. m3 per heating seasonUSD 100,0004.7 years

Manufacturer of boiler:Thermal capacity:Steam output:Steam overpressure:Type of furnace grate:Fuel:Fuel consumption:ReductionofCO2emissions:Substitution of natural gas:Investment:Paybackperiod:Manufacturer of drying kiln:Netvolumeforwooddrying:

KARA,theNetherlands1.5 MW2.3 t/h0.5 barreciprocating gratewood sawdust0.7 t/h (moisture 50%)4000 t/yr1.2 million m3/yrUSD 215,0003.2 yearsKARA,theNetherlands80 m3

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Development and Commercialization of Straw Fired Boilers of 100 – 1000 kW in Ukraine (USDOE,PNNL,U.S.CivilianResearch&DevelopmentFoundation(CRDF),IPPProgramme),2006-2009

Installation of 250 kW straw-fired boiler in Khalcha village

Installation of 350 kW straw-fired boiler in Stavy village

Installation of 100 kW straw-fired boiler

PlaceofimplementationEducational institution of the Stavy village, Kagarlyk region, Kyiv oblast, Ukaine

Placeofimplementation“Dan-Farm Ukraine” Ltd., Khalcha village, Kagarlyk region,Kyiv oblast, Ukraine




Developer of boiler:Manufacturer of boiler:

Thermal capacity:Efficiency:Fuel:Amount of straw per load:Combustion period per load:Consumption of straw:Substitution of natural gas:Total cost:Paybackperiod:

SEC “Biomass”OJSCAK“SATER”,Ustynivkabranch of “Sakhenergoservis”, Ukraine350 kW83%big round straw bales (l=1.5 m; Ø1.8 m)200-250 kg (1 big bale)about 3 hours380 t per heating season171 th. m3 per heating seasonUAH280,0002-3 years

Developer of boiler:Manufacturer of boiler:Thermal capacity:Efficiency:Fuel:Amount of straw per load:Combustion period per load:Consumption of straw:Substitution of natural gas:Total cost:Paybackperiod:

SEC “Biomass”State enterprise “703rd metalwork-ing plant of boiler equipment”100 kW78%small rectangular straw bales (1.0х0.4х0,5m)35 kg (2 small bales)about 1-2 hours115 t per heating season49 th. m3 per heating seasonUAH140,000about 3 years

Developer of boiler:Manufacturer of boiler:Thermal capacity:Efficiency:Fuel:

Amount of straw per load:Combustion period per load:Consumption of straw:Substitution of natural gas:Total cost:Paybackperiod:

SEC “Biomass”OJSC“Uman’fermmash”250 kW83%big round straw bales (l=1.5 m; Ø1.8 m)200-250 kg (1 big bale)about 3 hours270 t per heating season122 th. m3 per heating seasonUAH165,0002.5-3.5 years

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BIOGASFROMMSWLANDFILLS

Assessment of potential and modelling of gas generation at MSW landfills in Ukraine

Collection and utilization of LFG at MSW landfills in Ukraine

Short-term pump test at MSW landfill of Chernivtsi city

Long-term pump test at MSW landfill of Mariupol city

Collection and utilization of LFG at MSW landfill of Lu-gansk city

Objective:quantitive assessment of biogas collection at MSW landfills Activities: short-term and long-term pump tests

Objective: construction and testing of demonstration LFG collection and utilization systems

Numberofwells:AverageLFGflowrate:AverageCH4contentinLFG:

340 m3/h40%


330 m3/h43.0%


390 m3/h50%

AverageLFGflowratefor20102012:GHGemissionreductionintotheatmospherefor 2010 2012:

600-750 m3/h

50th.tСО2-eq/yr

AverageLFGflowratefortheperiod20102012:GHGemissionreductionintotheatmo-sphere for 2010-2012:

400-600 m3/h

30th.tСО2-eq/yr

Utilization of LFG: combustion in a flaring stack

Utilization of LFG: combustion in a flaring stack

Utilization of LFG: 30kWmini-CHP,combustioninaflaringstack

Placeofimplementation:MSW landfill of Chernivtsi city, UkraineExecution period: 07/2007

Placeofimplementation:MSW landfill of Mariupol city, UkraineExecution period: 08-09/2008

Placeofimplementation:MSW landfill of Lugansk city, UkraineExecution period: 2002-2003

Main parameters of the test LFG collection system

Main parameters of test LFG collection system

Main parameters of demonstration LFG collection system

Main results of modelling

Main results of modelling

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Suitability assessment of LFG utilization at MSW landfills of Rivne and Chernigiv(jointly with REA)

HeatingoftheproductionbuildingbyinfraredheatersonLFGatMSWlandfillofKhmel’nyts’kyicity(jointlywithREA)

Collection and utilization of LFG at MSW landfills of Mariupol city

Objective: assessing economic feasibility of the project on biogass collection and utilization of biogasActivities: assessment of waste, conducting pumping tests, estimation of potential amount of collected biogas and ERUs, preparing a conceptual design of a full-scale biogas collection and control system

Numberofwells:AverageLFGflowrate:AverageCH4contentinLFG:Emission reduction units(ERUs) for the period 2008-2012:The total project cost in case of combustioninaflar-ing stackThe total project cost in case of electricity produc-tion (835 kW):

54300-500 m3/h40-45 %60th.tСО2-eq/yr

$3 500 000

$4 500 000


340-60 m3/h45-50%

Numberofwells:AverageLFGflowrate:AverageCH4contentinLFG:Emission reduction units(ERUs) for the period 2008-2012:

Total project cost:

Utilization of LFG:

44300-350 m3/h35-40 %

35th.tСО2-eq/yr

EUR 1,2 milliongas engine with capacity of 325 kW,combustioninaclosedflaringstack

Utilization of LFG: 4infraredheatersBH30UTwith total capacity of 120 kW, combustioninaflaringstack

Placeofimplementation:MSWlandfillsofRivneandChernigivcities,Ukraine

Execution period: 2009-2011Financing: U.S.EnvironmentalProtectionAgency.MethanetoMarketsPartnership(M2M), USA

Placeofimplementation:MSWlandfillofKhmel’nyts’kyicity,UkraineExecution period: 06–12/2009

Placeofimplementation:PrimorskyMSWlandfillofMariupolcity,UkraineExecution period:07/2009-02/2010г.

Main project parameters(Chernigiv)

Main parameters of the demonstration project

Main parameters of demonstration project

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ANAEROBICDIGESTION

BIOMASSPyROLySIS

DISTRICTHEATING

Constructionofbiogasplantonthepig-breedingfarminyelenovkavillage

DevelopmentofAblativeBiomassPyrolysistoProduceBio-oil(USDOE,PNNL,ScienceandTechnologyCenterinUkraine,IPPProgramme)

Feasibility study for new energy projects of district heating in Lviv

Pigmanurevolume(15,000pigs):Total content of solids:Digesters volume:Processtemperature:Biogas generation:GHGemissionreductionintoatmosphere:

Utilization of LFG: Substitution of mineral fertilisers:

Projectsummary: Development of the movable pyrolysis unit for straw and other kinds of biomass conversion into bio-oil.

Main advantages:Highyieldofliquidfuel(upto70%ofbiomassweight),whichcan be used in boilers and engines.

Placeofimplementation:DistrictHeatingcompany«LvivTeploEnergo»inLviv

Period: 2010 - 2011

Financing: The European Bank for Reconstruction and Development (EBRD)Main activities under the project: A heat pump implementation together with a cogeneration plant on biogas from the sewage treatment station; instalation of 2CHPsat3MWeach;100t/hcapacitysteamboilerreconstruction,installationoftwo new steam turbines of 12 MW; replacement of main pipelines by pre-insulated pipes.

The role of the SEC “Biomass” in the project:Feasibility studyofdiversificationof sources of thermal energy and fuels, instalation of biomass-firedboilers andCHPs; heat loads analysis by districts, indicators of the specific heat utilizationfor buildings; assessment of activities to reduce energy consumption, the state of main and distributing heating networks and heating units; forecast of the future heat demand.

Innovativeness:: Development of the movable pyrolysis unit with ablative reactor of a new type – cone screw reactor

80 t/day6%2x1000 m335 °C2000Nm3/day

7500 t/yr 2CHPunits(installedcapacity80kWe+150 kWth each)nitrogen - 160 t/yr, phosphorus - 90 t/yr, potassium - 65 t/yr

Placeofimplementation:agriculturalenterpriseAgro-OvenLtd.,yelenovkavillage,Magdalynivka region, Dnipropetrovsk oblast, UkraineMain parameters of biogas plant

Nominalcapacityof the experimental unit:

Fuel:50 kg biomass/hagricultural residues and other kinds of biomass

Period:2011-2013


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KyOTOPROTOCOLMECHANISMS

UtilizationofsunflowerseedhusksforsteamandpowerproductionattheoilextractionplantOJSC“Kirovogradoliya”,Ukraine

Combustion of wood waste for steam production at wood processing and veneer plants of “Uniplit” Ltd., Ukraine

ConstructionofCHPplantatOJSC“Tirotex”,RepublicofMoldova

1. Substitution of natural gas for biomass:2. Avoiding of biomass landfilling:3. Avoiding of electricity purchase:GHGemissionreductionfortheperiod2008-2012:Total project cost:

Substitution of natural gas with biomass:1.Avoidingofbiomasslandfilling:2.GHGemissionreductionfortheperiod2008-2012:Total project cost:

GHGemissionreductionfortheperiod2010-2015:Total project cost:

PaymentforERUscovers27%ofthetotalprojectcostatthepriceof8EUR/tCO2eq.

Current status (03/2011):verificationstage.

PaymentforERUscovers20%ofthetotalprojectcostatthepriceof10EUR/tСО2eq.

Current status (03/2011):Projectisregistered.

PaymentforERUscovers28%(EUR4.6million)ofthetotalprojectcostatthepriceof12EUR/tСО2eq.Currentstatus(03/2011):developedPDD,projectisatstageofreceivingLetterof Endorsement.

22th.tСО2-eq/yr14th.tСО2-eq/yr12th.tСО2-eq/yr207th.tСО2-eqEUR 6 million

39th.tСО2-eq/yr11th.tСО2-eq/yr176th.tСО2-eqEUR 8.5 million

363th.tСО2-eqEUR 16.1 million

•Projectapplicant:OJSC“Kirovogradoliya”•Projectsummary:InstallationofahuskfiredCHPunit::•2 operational husk fired boilers and 1 reserve boiler (16 t steam/h each);•1 steam turbine (2.5 MW)

Projectapplicant:“Uniplit”Ltd.Projectsummary: Construction of new waste wood-fired boiler houses at Wood-working and Fiberboard plant in Vygoda town and Veneer plant in Dzvynyach village. Heat energy will be used for technological needs of the plants:•1 biomass boiler at Wood-working and Fiberboard plant (13.3 MW);•1 biomass boiler at Veneer plant (8 MW)

ЗProjectapplicant:OJSC“Tirotex”,PridnestrovianMoldavianRepublic,Republic of MoldovaProjectsummary: Installation of gas engine cogeneration sets (gensets) with utilisationoffluegasesheatinrecoveryboilersforproductionofsteamwhichisused to cover technological needs of the plant:•1stage:installationof6CHPunits(totalcapacity23.5MWe)and3steam

recovery-boilers (5.3 t of steam/h each);•2stage:installationof2CHPunits(totalcapacity7.8MWe)and1steam

recovery-boiler.

ExpectedGHGemissionreduction:

ExpectedGHGemissionreduction:

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Collection and utilization of LFG at MSW landfill of Alushta town

CollectionandutilizationofLFGatMSWlandfillofyaltatown

UkraineCarbonMarketFacilitationProgramme

Placeofimplementation:MSWlandfillofAlushtatown,ARCrimea,UkraineProjectapplicant:С6Capital/CMM/GAFSAExecution period: 2008

Placeofimplementation:MSWlandfillofyaltatown,ARCrimea,Ukraine

Projectapplicant:С6Capital/CMM/GAFSA

Execution period: 2008

Utilization of LFG: gas engine with capacity of 60 kW, combustioninaclosedflaringstack

Utilization of LFG: gas engine with capacity of 60 kW, combustioninaclosedflaringstack

Main project parametersAverageLFGflowrate:AverageCH4contentinLFG:ExpectedGHGemissionreduction:GHGemissionreductionfortheperiod2008-2012:Total project cost:

Main project parametersAverageLFGflowrate:AverageCH4contentinLFG:ExpectedGHGemissionreduction:GHGemissionreductionfortheperiod2008-2012:Total project cost:

Execution period: 2009- 2010

Projectfinancing:

European Bank for Reconstruction and Development (EBRD)

Objectivesandtasksoftheproject:

-PolicyandLegalFrameworkDevelopmentforJointImplementation(JI)and Green Investment Scheme (GIS) -PreparationandConductingofapilottransactionunderGIS- Capacity building for NEIA staff, other Ministries’ staff and projectownersonKyotoProtocolissues-DevelopmentofamodelforforecastingUkraine’smidandlong-term(i.e.2020and2050)GreenhouseGas(GHG)emissionsandGHGemissionreduction potential.

SEC “Biomass” part in the project: -DevelopmentofNationalDetermination-VerificationManualonJIprojects. - Development of draft legislative act for JI projects implementation within ProgrammeofActivitiesofTrack1inUkraine-ConductionoftraningcoursesforthestaffoftheNationalEnvironmentalInvestment Agency of Ukraine (NEIA) on issues of identification ofmeasures, aimed of GCC mitigation, as well as assessment of GHGemissonreductionpotentialforidentifiedmeasures- Analysis and development of comments to draft legislation on introduction of domestic emission trading scheme in Ukraine.

300 m3/h45-50 %25th.tСО2-eq/yr100th.tСО2-eq EUR 0.9 million

500 m3/h45-50 %50th.tСО2-eq/yr100th.tСО2-eq

EUR 1.25 million

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Design of biomass boilers

Activities: development of construction documents

250kWstraw-firedboilerinKhalchavillage,Kyivoblast,UkrainePlaceofimplementation“Dan-Farm Ukraine” Ltd., Khalcha village, Kagarlyk region,Kyiv oblast, Ukraine

100kWstrawfiredboiler

Current status (03/2011): development of construction documents for boiler instalation, heat supply system and heat point reconstruction.

Current status (03/2011): development of construction documents for boiler installation, heat supply system and heat point reconstruction.

Design department of SEC “Biomass” is a group of specialists with long-term experience in designing engineering systems and development of RES projects. Therighttoperformdesignworksisconfirmedbythelicense–АВ№479048. Ourspecialistsuseup-to-datemethodsandunconventionaldecisionsforimplementation of design tasks. We develop both “turn key” and subcontract projects. The department staff combines experience and knowledge of managers with energy of young specialists. Construction documents are developed in full and meet applicable norms and regulations, manuals, state standards and technical requirements issued by operational organizations.

Main project parametersDeveloper of boiler:Manufacturer of boiler:Thermal capacity:

Main project parametersDeveloper of boiler:Manufacturer of boiler:

Thermal capacity:

SEC “Biomass”OJSC“Uman’fermmash”250 kW

SEC “Biomass”State enterprise “703rd metalworking plant of boiler equipment”, Kyiv100 kW

DESIGNWORKS

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Designing and construction of LFG collection and utilization systems in Ukraine

Activities: input data collection, construction documents for project, assistance in selection of subcontractors, procurementtenders,fieldsupervision

LFGcollectionandutilizationsystematPrimorskiylandfillofMariupolcity

Placeofimplementation:MSWlandfillofMariupolcity,Donets’koblast,UkraineExecution period: 07-12/2009

PilotLFGcollectionandutilizationsystematMSWlandfillofKhmelnyts’kyicity.Heatingoftheproductionbuilding.

Placeofimplementation:MSWlandfillofKhmel’nyts’kyicity,UkraineExecution period: 06–12/2009

Current status (03/2011): in operation.

Current status (03/2011): in operation.

Utilization of LFG: 1- 2 gas engines of 625 kW each of JenbacherCHPunitJMS320,combustioninaclosedflaringstack.

Utilization of LFG:4infraredheatersBH30UTwithtotalcapacityof120kW,combustioninaflaringstack

Main project parametersNumberofwells:Depth of wells: Diameter of wells:AverageLFGflowrate:Total gas pipe length:

Main project parameters:Numberofwells:AverageLFGflowrate:AverageCH4contentinLFG:

4416 -30 m600 mm600 m3/h 8500 m

320-30 m3/h35-45%

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LFGcollectionandutilizationsystematexistinglandfillofChernigivcity

Placeofimplementation:MSWlandfillofChernigiv, Ukraine

Execution period: 2010-2011.

LFGcollectionandutilizationsystematOrgonikitzedistrictlandfillofMariupolcity,Donetsk

region

Placeofimplementation:

MSWlandfillMariupol city, Donetsk region, Ukraine

Current status(03/2011): The project was approved. Construction isscheduledforthefirsthalfof2011

Current status(03/2011):Thefinaldesignstage.

Utilization of LFG: Substitution of natural gas in boilers DKVR10/13 for district heating system

Utilization of LFG: The cogeneration gas power plant Jenbacher (Austria) JMS 320, capacity 635 kW; combustion in aflaringstack


Collection system version:

Numberofwells:

Estimated biogas output:


Collection system version:

Numberofwells:

Estimated biogas output:

Implementation of horizontal biogas collection system without termination ofMSWlandfilling

56 vertical wells, 2 km of horizontal collectors, 1 km of main pipelines

300-500 m3/ h

Implementation of vertical biogas collection system at the closed MSW landfill

42 vertical wells, 7 collection stations, 2 km of main pipelines800 m3/ h

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ENERGyEFFICIENCyANDRENEWABLEENERGy

UkraineEnergyEfficiencyProgramme(UKEEP)

UkraineEnergyEfficiencyProgramme(UKEEP2)

Ukraine:RenewableEnergyDevelopmentFramework-ProjectPipeline

Period:2007 - 2009Financing: European Bank for Reconstruction and Development (EBRD)Objectiveof theprogramme:Provide investments toUkrainian industrialenterprisesfor implementation of projects in the field of energy efficiency and renewable energy sources.Investment routes: Credit line of EUR 150 million to Ukrainian banks, which take part in the project, for further crediting in amount up to USD 5 million to private industrial companies.SEC “Biomass” part in the project: Energy audits at the objects of companies-debtors to evaluate efficiency of proposed measures, preparation of feasibility studies and determination of priority directions for investment in order to provide profitability of a project and repayment of a credit.

Period: 2009 - 2011Financing: European Bank for Reconstruction and Development (EBRD)Objectiveof theprogramme:Provide investments toUkrainian industrialenterprisesfor implementation of small and medium projects in the field of energy efficiency and renewable energy sources.Investment routes: Credit line of EUR 100 million to Ukrainian banks, which take part in the project, for further crediting in amount up to USD 2.5 million to private industrial companies.SEC “Biomass” part in the project: Energy audits at objects of companies-debtors to evaluate efficiency of proposed measures, development of investment programmes, cooperation with Participating Banks, holding of technical seminars to clarify theinvestmentpossibilitiesofUKEEPprogramme,keepingoftheprogrammedatabaseonthe most efficient technical decisions and manufacturers of energy efficient equipment up to date.

Period: 2009Financing: European Bank for Reconstruction and Development (EBRD)Objective of the project: preparation of a project pipeline in the field of renewable energy sources for financing.

SEC “Biomass” part in the project:

• To establish a pipeline of renewable energy projects suitable to be financed;

preparation includes project identification, technical assessment, environmental

assessment etc.;

• To outline the commercial agreements and suggested terms necessary to enable

projects to be connected to the Ukraine and sell their electricity;

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Biomass Energy Europe (BEE)

Biomass and biofuels in Ukraine

IntegratedEuropeanNetworkforBiomassCo-firing(NETBIOCOF)

Support and Development of Renewable Sources of Energy (Biomass) – Ukraine

Period:2008-2010Financing:SeventhFrameworkProgrammeoftheEuropeanComissionProject summary: Project is aimed at the development of unified methodologiesfor potential assessment of various types of biomass and identification of data bases necessary for such assessments. SEC “Biomass” is a member of the project consortium, which includes 16 leading European bioenergy organizations. Within the project, SEC “Biomass” is responsible for the development of methodologies for assessment of energy potential of agricultural residues.

Main project web-site : http://www.eu-bee.comProjectweb-page inRussian:http://www.biomass.kiev.ua/index.php?page=projects&project=pr01_08_ru&lang=ru

Period: 2008-2010Financing: Agency for International Business and Cooperation (EVD), Ministry of EconomyoftheNetherlandsProject summary: Intergovernmental Dutch-Ukrainian project “Biomass and biofuls in Ukraine” is performed by the Ministry of Agraricultural Policy of Ukraine andSenterNovemAgencyoftheMinistryofEconomyoftheNetherlands.SEC“Biomass”participatedintheprojectaslocalconsultantforSenterNovem.Withintheproject,astrategydocument“BiomassActionPlanforUkraine”wasdeveloped.Asapartoftheproject, a number of seminars and workshops were held. A trip of Ukrainian specialists totheNetherlandswasarrangedwiththepurposetolearnDutchexperienceonstatesupport for bioenergy sector and examples of implemented bioenergy projects.

Period: 2006-2007Financing:SixthFrameworkProgrammeoftheEuropeanComissionProject summary: Within the project, a detailed analysis of existing technologies of biomass and fossil fuels co-combustion was done along with the state-of-the-art review of these technologies in Europe. Analysis of technical and organizational barriers for the broad introduction of co-firing technologies was performed with determination of first-priority research areas. The project was implemented by the consortium of 25 European organizations. Scientific Engineering Centre “Biomass” was responsible for the analysis of current state of introduction of co-firing technologies in the EU countries.Projectweb-site:http://www.netbiocof.net/

Period: 2005-2007Financing: TACISProjectsummary: Scientific Engineering Centre “Biomass” participated in the project as a local consultant for the project consortium coordinator – Exergia (Greece). The task of SECB was analysis of bioenergy technologies and biomass sources most suitable for Ukrainian conditions. SEC “Biomass” also took part in the development ofdraftUkrainianstandardsonbiofuels.TheprojectresultedincreationofESCOforimplementation of energy efficient projects in bioenergy sector of Ukraine.

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SCIENTIFICRESEARCH

Investigation of Combustion Mechanisms in Furnaces of Wood Fired Boilers

Development of Environmentally Friendly Technology for Municipal Solid Waste Gasification

Nominalcapacity:Efficiency:EmissionofCOandNOx:

Fuel:

Nominalcapacity:Fuel:Composition of dry producer gas:

100 kW83.2%250-300 ppm under excess air factor of 1.4…1.5wood chips, saw dust, chaffed straw, peat

50 kWwood residues, MSW, peatСО-29%,Н2-38%,СН4-7%,СО2-25%,other substances - up to 1%

Period: 2003-2005Financing: U.S. Civilian Research & Development Foundation (CRDF)Project summary:Experimental wood fired boiler with underfeed retort was developed and investigated. Combustion mechanisms were studied and operation conditions elaborated.

Main parameters of experimental unit

Period: 2004-2005Projectsummary: The technology for gasification of biomass and municipal solid waste (MSW) with minimal environmental impact was developed and investigated.Financing: The Science and Technology Centre in Ukraine (STCU)Main project parameters

InnovativenessIt is possible to combust fuel of low quality (high ash content, up to 45-50% moisture content, irregular fractional composition) and have acceptable emission from the boiler.

Main advantagesMiddleheatingvalueproducergas (12-13MJ/Nm3) isproduced.The gas can be used as fuel including possibility of power generation. Gasificstion and fine cleaning of producer gas allows to avoid dioxins formation.

InnovativenessThe entire process is originally separated into two zones: gasification of biomass/MSW and combustion of charcoal. Inert material as a heat carrier circulates between the two zones.

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Fast pyrolysis technology for liquid biofuel production

Investigation of methane generation processes in anaerobic bioreactors

Nominalcapacity:Fuel:

Volume of bioreactor:Processtemperature:

0.01-1.0 m320-55ºС

15 kg biomass/hagricultural residues and other kinds of biomass

Period: 2006-2007Financing: U.S. Civilian Research & Development Foundation (CRDF) Projectsummary: The technology for straw and other kinds of biomass conversion into bio-oil (pyrolysis oil) is developed. Main parameters of the experimental unit

Period: 2009-2010

Project summary: Creation of experimental anaerobic bioreactors for organic material of plant and animal origin destruction with biogas generation. Investigation and optimization of methane generation processes at processing of monosubstrates and polycomponent organic mixtures, development of technological regulations for biogas units operation. Financing: International European innovation scientific and technical programme “EUREKA”

Main parameters of experimental unit:

Main advantagesHighyieldofliquidfuel(upto70%ofalltheproducts),whichcan be used in boilers and engines.

InnovativenessAblative reactor of a new type is proposed - the reactor with acon screw.

Substrates: dry and liquid manure waste, food and processing industry waste, energy crops, plant waste of agriculture and settlements, waste waters and sludge, organic component of MSW.

InnovativenessPossibility of biochemical destruction of polycomponentorganic mixtures, low- and high-concentrated industrial waste waters, organic materias of any humidity and viscosity with biogas production.

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SELECTEDPROJECTS

BIOMASSCOMBUSTIONTECHNOLOGIESDEPARTMENT

Title FinancingAgency/Partners Period

Feasibility study for new energy projects in district heating of Lviv

The European Bank for Reconstruction and Develop-ment (EBRD), AF-Industry AB, Sweden 2010 - 2011

Development of heat engineering solutions for the production of thermal energy in the boilers of municipal services using local fuels

NationalAcademyofSciencesofUkraine 2009 - 2011

«Assessmentoftechnicalcapabilities,energy,economicandenvironmentalefficiencyofbio-massuseinTPP,CHPandcogenerationplantsinUkraine»


«DevelopmentofapreliminaryfeasibilitystudyofCHPconstructiononstrawandwoodwasteinVinnitsa»

“Teplovin” Ltd. 2010

«DevelopmentofapreliminaryfeasibilitystudyofCHPconstructiononstraw»

OAO“Ulyanovske” 2010 - 2011

«Developmentandresearchofretortburnerforbiomass combustion in medium and small scale boilers(100-1000kW)»


Participationindevelopmentofthe“Moderniza-tionProgramofMunicipalPowerSystemofCherkasyOblast”

The regional administration 2010

Participationindevelopmentofthe“Moderniza-tionProgramofMunicipalPowerSystemofZaporozhyeOblast”


Participationindevelopmentofthe“Moderniza-tionProgramofMunicipalPowerSystemofZhytomyrOblast“


Research and development of combustion tech-nologies of straw and stalks of energy crops in boilers and heat generators up to 1 MW


Development and Commercialization of Straw Fired Boilers of 100 – 1000 kW in Ukraine. IPP/CRDFprogram,PNNL,USA.Contract18193-AK2 2006-2009

Reasonability of natural gas substitution by alter-native fuels at “Mensky cheese” plant in Mena, Chernigov oblast

“Businessinitiative”NGO 2007

DevelopmentofFastPyrolysisTechnologyforLiquidFuelProductionfromBiomass CRDF Grant #UKE2-2815-KV-06 2006 - 2007

19


Developmentoffeasibilitystudyofwood-firedhot water boiler installation for Slavutich hot water supply

Sumitomo corporation, Japan 2005

Development of Environmentally Friendly TechnologyforMunicipalSolidWasteGasification

The Science and Technology Centre in Ukraine (STCU), projectN3036 2004-2005

Developmentofthermochemicalgasificationtechnology for utilization of combustible radioactive waste with separation between short half-value period and long half-value period radionuclides

The Science and Technology Centre in Ukraine (STCU), projectN3029 2004-2005

Investigation of Combustion Mechanisms in Furnaces of Wood Fired Boilers CRDF Grant #UE2-2428-KV-02 2003-2005

Feasibilitystudyofstrawfiredboilersimplementation in the Moldavian Agricultural Colleges

ICCConsultenZiviltichnikerGmbH,Austria 2003

Smallscalestraw-firedheatproductioninKievoblast, Ukraine. Monitoring of operating 980 kW strawfiredboiler.

Danish Energy Agency, Danish Agricultural Advisory Centre 2001

Installationof980kWstraw-firedboilerforheatgeneration in village Drozdy, Belotserkovskiy region, Kiev oblast

Danish Technological Institute and Danish Agricultural Advisory Centre 2000

Initial site evaluation report as preparation for the project on utilisation of wood as energy Danish Energy Agency 2000

CO2ReductionandEnergySavingintheWoodProcessingIndustryinUkraine. SENTER,TNO/KARA,theNetherlands 1999-2002

Liquidation of the Chernobyl Disaster Aftermath: DevelopmentofaTechnologyforPyrolyticProcessing,DisposalandCompactingofCombustible Radioactive Technogenic Waste

The Science and Technology Centre in Ukraine (STCU), project 651J 1999-2002

Utilization of wood residues as fuel in smaller Ukrainian district heating systems

Датскоеэнергетическоеагентство,Программапоэнергетикеиокружающейсреде 1999

CO2ReductionandEnergySavingintheWoodProcessingIndustryinUkraine,identificationmission

Executingagency(SENTER)ofDutchMinistryofEconomicAffair,BTG,theNetherlands 1998

Review of Manufacturers of Biomass to Energy Equipment in Russia, Ukraine, Belarus BTG,theNetherlands 1998

Development of Concept and Feasibility Study of EnergyProductionfromRadioactiveContaminatedWood Fuel on the Restriction Zone of Chernobyl NuclearPowerStation

Ministry of Extraordinary Situations through “Tekhnocentre” 1998

20

BIOGASTECHNOLOGIESDEPARTMENT


Designing and construction of LFG collection and utilization systems in Ukraine (Chernigiv city)

«Sticks-Oil»Ltd. 2010 - 2011

Review of energy utilization of MSW at incineration plants in Ukraine and Russia

Ecoprog, Germany 2010

Study of the potential of anaerobic digestion technologies implementation in agriculture of Ukraine.” (with Renewable Energy Agency (REA)

U.S.EnvironmentalProtectionAgencyMethanetoMarketsPartnership(M2M),USA 2009 - 2010

Design of the LFG collecting and utilization systematMariupollandfills.Technicaldesignandconstruction support

“TIS-Eco” Ltd. 2009 - 2010

PINandPDD«LandfillmethanecaptureandutilizationatMariupollandfill,Ukraine» “TIS-Eco” Ltd. 2009

Feasibility Study – Flare Installation – Rivne Ukraine (with REA)

U.S.EnvironmentalProtectionAgency.MethanetoMarketsPartnership(M2M),USA 2009 - 2010

InfraredheaterstechnologyutilizinglandfillgasintheUkraine(Khmelnitskiylandfill,withREA)


PDD«MethanecaptureandutilizationatKramatorsklandfill» Björsen Consulting Engineers, Germany 2008

PIN«MethanecaptureandutilizationatKhmelnitskiylandfill» Björsen Consulting Engineers, Germany 2008

PDD«MethanecaptureandutilizationatMytishchilandfill,Moscowregion,Russia»

The International Science and Technology Center (ISTC) 2008

PDD«Methanecaptureandutilizationatyalta/Alushtalandfills» C6 Capital, CCM, GB Capital, “Gafsa” Ltd., Ukraine 2008

LFG assessment and modeling at Ukrainian landfillsbyuseofthepumptests


PDD«MethanecaptureandutilizationatChernigivlandfill» C6 Capital, GB 2007

Regional study: Joint Implementation for promotion of biomass-based energy in Russia andUkraine.Developmentof2PINsinagricultural biogas area.

UNDevelopmentProgramme(UNDP) 2007

MethanetoMarketsLandfillGasTechnicalandOutreachSupportinUkraineandRussia

U.S.EnvironmentalProtectionAgencySCSENGINEERS,USA 2006 - 2009

Methane Recovery and Utilization at the MunicipalLandfillinSimferopolUkraine EnCon, USA 2006

Feasibilitystudyof«PoltavaLandfillGasUtilization»Project,forJapanJIprogram Shimizu Corporation, Japan 2005 - 2006

Feasibilitystudyof«MethaneGasUtilizationProjectatBortnichiWasteWaterTreatmentPlantinKiev»forJapanJIprogram

Shimizu Corporation, Japan 2005 - 2006

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Feasibility study of the biogas plant erection for agriculture waste utilization Elita Ltd., Ukraine 2005

PIN“Landfillgascollectionandutilizationforheat(power)productioninBelayaTherkov'landfill,Ukraine” for Japan JI program

Shimizu Corporation, Japan 2005

PIN“LandfillgascaptureandutilizationatDnipropetrovs’kMSWlandfill,Ukraine”forAustrianJI program

Austrian Energy Agency (EVA) 2005

PIN“LandfillmethanecaptureandutilizationatKremenchuklandfill,Ukraine”forAustrianJIprogram


OrganicWasteFermentationandBiogasProductionFeasibilityStudyandConceptualFacilitiesConfiguration(Ukrainianpoultryfarms)

International Finance Corporation (IFC) 2005

IdentificationandpreparationofProjectPreCheck(PPC)documentsforLFGcollectionandutilizationprojects in Ukraine

KfW,DECONGmbh,Germany 2005

PDD«MethaneextractionandutilizationatOdessalandfill» Senter,PESP,TheNetherlands 2005

PIN«LandfillgasutilizationanddieselfuelproductionatShostkalandfill» GermanEnergyAgency(DENA) 2005

Initial Ignition of Sustainability - creation of the Central Kazakhstan Education BioGas Center (BGEC) “Azure Flame”.

TACISprojectIBPP062-528 2004-2005

Feasibility Study of the Utilization of Methane Gas fromtheLandfillSiteinSurgut,Russia ShikokuElectricPowerCompany,Inc.,Japan 2004

EnergyfromlandfillgasinUkraine SENTER,PESPstudy03053,TheNetherlands 2003

Reduction of Greenhouse Effect through Methane UtilisationatLuganskLandfill

U.S.EnvironmentalProtectionAgencyEcoLinks Challenge Grant #CG5-UA-31 2002 - 2003

Overcomingofbarrierstoimplementationofcollecting and utilisation of methane from the landfillsinUkraine

Global Environment Facility (GEF) 2001-2002

CO2emissionreductionbyimplementationofaCHPbiogasplantinthepigbreedingindustry,Elenovka village, Dnepropetrovsk region, Ukraine. JI project

SENTER,theNetherlands;BTG,theNetherlands 2000 - 2002

Assessment of biogas project implementation in Ukraine Danish Energy Agency 2000

22

DEPARTMENTOFENERGyEFFICIENCyANDKyOTOPROTOCOLMECHANISMS


PIN“SubstitutionofnaturalgasbybiomassonVatutinskyplantofrefractories» OJSC“VatutinskyRefractoriesPlant” 2010

PIN“Constructionof3windpowerstationsintheLvivOblast” “Eko-optima” Ltd., Lviv, Ukraine 2010

Feasibility study for new energy projects in district heating of Lviv

European Bank for Reconstruction and Development (EBRD), AF-Industry AB, Sweden 2010 - 2011

Review of the Ukrainian market of solid biomass European Bank for Reconstruction and Development (EBRD),VattenfallPowerConsultantsAB,Sweden 2010

Implementation of the Moldovan Sustainable EnergyFinancingFacility(MOSEFF)

European Bank for Reconstruction and Development (EBRD),FichtnerGmbH,Germany 2009 - 2011

RegionalEnergyEfficiencyProgrammeforCorporate sector of Russia, Ukraine, Kazakhstan

European Bank for Reconstruction and Development (EBRD),RoyalHaskoning,theNetherlands 2009 - 2011

UkraineCarbonMarketFacilitationProgramme European Bank for Reconstruction and Development (EBRD),FactorCO2;Gómez-Acebo&Pombo,Spain 2009 - 2010

UkraineEnergyEfficiencyProgramme–(UKEEP2)

European Bank for Reconstruction and Development (EBRD), SEK Advisory Services, Sweden 2009 - 2011

TrainingProgramonCarbonFinanceMechanisms in Ukraine, Moldova, Georgia and Azerbaijan (stage 1)

The Science and Technology Centre in Ukraine (STCU) 2009-2011

“UkraineEnergyEfficiencyProgramme–UKEEP”

European Bank for Reconstruction and Development (EBRD), SEK Advisory Services, Sweden, Allplan GmbH.,Austria 2007 - 2009

PIN«Constructionofwindpowerstation300MWinKazakhstan» “Kazakhstan-Electro” Ltd. 2009

PDD«ConstructionofCombinedHeatandPowerPlant(CHPP)atJSC“Tirotex”,TiraspolCity,PridnestrovianMoldovianRepublic,inTheRepublicofMoldova»

Vattenfall Carbon Fund, Germany“Tiroteks” JSC, Moldova 2009

PDD“Utilizationofwastewoodforsteamproduction at “Uniplyt” Ltd. wood-working and fibreboardplantinVygodavillageandveneerplant in Dzviniach village”

“Uniplyt” Ltd. 2009

PDD“SunflowerhuskutilizationforsteamandelectricityproductionatOJSC“Kirovogradoliya”Oil-ExtractionPlant”

OJSC“Kirovogradoliya” 2009

UkraineRenewableEnergyProjectPipelinePreparation

European Bank for Reconstruction and Development (EBRD),FichtnerGmbH,Germany 2009

PIN«ConstructionofcogenerationpowerplantforownneedsofIllichevskfat-and-oilplant»

PrivateScientific&IndustrialCompany“SINAPSE”,Ukraine 2009

PIN«ReconstructionofCHPinSmela» Evolution Energy, Switzerland 2008 - 2009Training course on Development of Joint ImplementationProjectsintheRussianFederation

The International Science and Technology Center (ISTC) 2008

SupportUkraineProgressiveIntegrationtoElectricityTENs.

EU 121-094 TACIS, CESI,TERNA,SWECO,DECONGmbH,TractebelEngineering

2007 - 2008

Development and publication of 5000 issues of“HandbookondevelopmentofJIprojectsinUkraine”(in Ukrainian)

GermanEnergyAgency,DENA 2007

UsingCarbonFinancetoPromoteSustainableDevelopment in Europe and Central Asia (ECA). Developmentofportfolioof5PINsforWorldBank.

WorldBank,EconPöyryAS,Denmark 2007-2008

23


PIN«Reconstructionofunit#2atZuevskayaThermalPowerPlant» WorldBank,EconPöyryAS,Denmark 2007

PIN«CoalminemethanecaptureandutilizationatthecoalminesofOJSC“Krasnodonugol”,Ukraine» WorldBank,EconPöyryAS,Denmark 2007

PIN«CMMcaptureandutilizationatTchaikinoMine,Donetskregion» WorldBank,EconPöyryAS,Denmark 2007

PIN«Constructionof32MWgasturbinesbasedCHPplantatIllichevskcity» WorldBank,EconPöyryAS,Denmark 2007

PIN«WastepressurepotentialutilizationforelectricityproductionatgasdistributingpointsofDC“Ukrtransgaz”» RWE, Germany 2007

“Know-how transfer Austria-Ukraine in the area of energy efficiency–studyfortherehabilitationandmodernizationof district heating systems from boiler house to end user”. FeasibilitystudyofAustrianenergyefficiencytechnologiesforDHsectorontheUkrainianmarket.

Austrian Energy Agency (EVA) 2006 - 2007

PDD«RenovationofdistrictheatingsysteminAutonomousRepublicofCrimea» Institute of Engineering Ecology, Ukraine 2006

PDD«RenovationofdistrictheatingsysteminChernigivregion» Institute of Engineering Ecology, Ukraine 2006

Development of portfolio from 10 JI projects for German JI program GermanEnergyAgency(DENA) 2005-2006

PIN«Constructionofflexing-generatingCHPplantatNovyyRozdilcity GermanEnergyAgency(DENA) 2006

PIN«Constructionofflexing-generatingCHPplantatChervonogradcity» GermanEnergyAgency(DENA) 2006

PIN«Constructionof12MWCHPplantatSmilacity» GermanEnergyAgency(DENA) 2006

PIN«RehabilitationofCHPplantatZhydachyvPulpandPaperMill» GermanEnergyAgency(DENA) 2006

PIN«ReconstructionofUnit#2ofTripillyaThermalPowerPlant» GermanEnergyAgency(DENA) 2006

PIN«ModernizationofUnit#9ofZmievskathermalpowerplant,PC“Tsentrenergo”» GermanEnergyAgency(DENA) 2006

PIN«ConstructionCHPplantforwasteheatutilizationatBogorodchanygascompressorstation#21» GermanEnergyAgency(DENA) 2005

PIN«Constructionofmini-CHPplantforwasteheatutilizationatRogatyngascompressorstation» GermanEnergyAgency(DENA) 2005

PIN«Constructionoftwomini-CHPplantsonthebasisof boiler-houses of SCE “Zaliznyche Teploenergo” at Lviv city»

GermanEnergyAgency(DENA) 2005

PIN«Constructionofflexing-generatingCHPplantatSevastopolcity» GermanEnergyAgency(DENA) 2005

Workshop “Development of German-Ukrainian JI Projects”,Kyiv,10thNovember2005 GermanEnergyAgency(DENA) 2005

Market Study “Ukraine: Industrial and Residential Energy EfficiencyandRenewableEnergyCreditLinesandAssessmentofEnergyEfficiencyPotentialbySector”

Austrian energy agency (EVA) 2006

24


PIN«RehabilitationoftheDistrictHeatingSystemofCrimea»

AustrianJIProgram,Institute of Engineering Ecology, Ukraine 2005

PIN«DistrictHeatingSystemRehabilitationofChernigivRegion»

TheNetherlandsJIProgramEruPt,Institute of Engineering Ecology, Ukraine 2005

PIN“Implementationofheat(steam)productionwithusing of biomass waste burning steam boiler at “Uniplit”, Ivano-Frankivsk region, Ukraine”, for Japan JI program

Shimizu Corporation, Japan 2005

FeasibilitystudyofHolodnaBalkaCoalMineGasProject,for Japan JI program Shimizu Corporation, Japan 2005-2006

InternationalConferenceonJIProjectsinUkraine“ClimateChangeandBusiness”,October3-5,2005,Kyiv,Ukraine

Mainly on the money of participants 2005

PIN«Utilizationofsunflowerseedhusksforsteamandpowergenerationattheoil-extractionplantOJSC‘Kirovogradoliya’»submittedtoAustrianJI/CDMProgram

Holding„GrainTradingCompany“ 2005

PIN«UtilizationofsunflowerhuskforheatandpowergenerationatCJSC“PologyOil-extractionplant”» CJSC“PologyOil-extractionplant” 2005

PIN«CMMcaptureandutilizationatBazhanovmine,Donetskregion» Nationaljoint-stockcompany“UgolUkrainy” 2005

PIN«CMMcaptureandutilizationatKrasnolymanskaMine,Donetskregion» Nationaljoint-stockcompany“UgolUkrainy” 2005

PIN«CMMcaptureandutilizationatKirovMine,Donetskregion» Nationaljoint-stockcompany“UgolUkrainy” 2005

PIN“Electricpowergenerationonstrippedcasing-head gas in Boryslav” submitted to Austrian JI/CDM Programme

Scientific-productivecompany„EasternEuropeanEnergetic Union“ Ltd. 2005

PDD“Electricpowergenerationonstrippedcasing-head gas in Boryslav” submitted to Austrian JI/CDM Programme

Scientific-productivecompany„EasternEuropeanEnergetic Union“ Ltd. 2004

25

DEPARTMENTOFGENERALBIOENERGyISSUES


6th International Conference on Biomass for Energy, September 14-15, 2010, Kyiv, Ukraine Conference fees 2010

Evaluation of the potentially available agricultural lands in Ukraine German Biomass Research Centre (DBFZ) 2010

Biomass survey in UkraineProgram“USAID–HellenicAIDenergycooperationSyNENERGy”Centre for Renewable Energy Sources (CRES), Greece

2009 - 2010

5th International Conference on Biomass for Energy, September 22-23, 2009, Kyiv, Ukraine.

Mainly on the money of participants. Sponsors: SenterNovem,theNetherlands,M2M,EPA,USA 2009

Trainingcourse“FromNaturalGastoBiomass”- Three-day training on biomass to energy technologies with fourth day as an excursion to operating bioenergy sites.

Mainly on the money of participants 2009

BEE - Bioenergy EuropeEuropeanCommission,FP7Consortium coordinator: Albert-Ludwigs University Freiburg, Germany

2008 - 2010

Biomass and biofuels in Ukraine

The Agency for International Business and Cooperation (EVD) of the Ministry of Economic Affairs of the Netherlands,SenterNovem,theNetherlands

2008 - 2010

PotentialAnalysisofBioenergyincludinganoverview of the energy landscape of Ukraine Austrian Energy Agency (EVA) 2008-2009

4th International Conference on Biomass for Energy, September 22-24, 2008, Kyiv, Ukraine

Mainly on the money of participants. Sponsors: SenterNovem,theNetherlands,TheEmbassyoftheKingdomoftheNetherlandstoUkraine,TheRoyalDanish Embassy, Kiev

2008

Analysisofthecurrentstatusofsunflowerhusksproduction and utilisation in Ukraine Imperial College Consultants, United Kingdom 2007

NETBIOCOF–IntegratedEuropeanNetworkforBiomassCo-firing

EuropeanCommission,FP6Consortium coordinator: TTZ Bremerhaven, Germany 2006 - 2007

PreparationofthePolicyPaperonRenewableEnergy Sources in Agriculture and Forestry in Ukraine

InstituteforEconomicResearchandPolicyConsultingGerman–UkrainianAgriculturalPolicyDialogue 2006

3rd International Conference on Biomass for Energy, September 20-22, 2006, Kyiv, Ukraine. Mainly on the money of participants 2006

Support and Development of Renewable Source of Energy (Biomass) – Ukraine.

TACIS 2005/100-604, Exergia,Nexant,VTTProcesses 2005 - 2007

2nd International Conference on Biomass for Energy, September 20-22, 2004, Kyiv, Ukraine

Mainly on the money of participants. Sponsor: Austrian Energy Agency (EVA) 2004

1st International Conference on Cogeneration for IndustryandDistrictHeatingSystems,October22-24, 2004, Kyiv, Ukraine

Mainly on the money of participants. Sponsors: Austrian Energy Agency (E.V.A.), Automotors (General RepresentativesofDEUTZAGinUkraine),JSCHC“Rassvet-Energo”, “Eskado” Company, Ukraine 2004

26


ProgrammeonpromotionofrenewableenergyinUkraine. Market study of Ukrainian RE sector MVV Consultants & Engineers, Germany 2004

Analysis of the Ukrainian market of district heating to attract Austrian investors in the Austro-UkrainianEnergyPartnershipProgram


Austrian-Ukrainian seminar on Bioenergy from Wood-waste,LandfillGasandBiogas(21-22May2003, Kiev, Ukraine)

Austrian Ministry of Agriculture and Forestry, Environment and Water Management 2003

1-st International Conference on Biomass for Energy, September 23-27, 2002, Kyiv, Ukraine

Mainly on the money of participants.Sponsors:EuropeanCommission(FP5),Corporation“Poznyakizhylstroy”,EVA,TheScienceandTechnologyCentre in Ukraine (STCU)

2002

Accompanying Measure to Encourage Biomass Uptake and Assist Technology Transfer of EU Biomass/ Biomass Waste Utilisation Technologies to China, and Central and Eastern Europe – Identificationof10bioenergyprojectsfortheproject portfolio.

European Commission ContractNoNNE5/2001/143Coordinator: EMC Environment Engineering, United Kingdom

2002 - 2003

Translation of brochures “Wood for Energy Production”and“StrawforEnergyProduction”,issued by Danish Energy Agency, from English in Russian

Danish Energy Agency 1999

27

Design and construction of biogas plants

TheproposedBPcomplexescanbedividedbyfunctionalintotwotypes:

AdvantagesofofferedtechnologicalanddesignsolutionsofBP:

With years of experience in study of theoretical principles and experimental investigations of the process of anaerobic digestion, study of operating experience of biogas plants in the EU, as well as the experience of Joint Implementation projects at biogas plants with the Ukrainian and Western partners, SEC “Biomass” offers the following services:

developingtheconceptionofabiogasplant(BP)constructionandcalculation of main technological parameters of its operation;

complex feasibility study and business plan of construction project;designing with the performance of tasks of General Designer with regard to requirements of existing normative documents;equipmentsupplyforBP;designer supervision over construction;precommissioning and commissioning;monitoringandscientificsupportforproject;assessment ofGHG emission reduction volume achieved by BPprojectinordertoattractinvestmentsundertheKyotoProtocol.

Treatment facilities for livestockproductionbasedon technologyofanaerobicdigestion.Atcustomer’s requestprovides the possibility to add extra substrates to increase the biogas output for use in their own business needs

Large biogas systems for digestion of plant mono-substrates, followed by generation and sale of electricity by “green” tariff

Simplicity of construction and reliability OptimaldegreeofautomationoftechnologicalprocessesPossibility of intensifying the process of anaerobic treatment of liquidmanure runoff with increase of biogas output by adding vegetable co-substratesAbility to work on vegetable mono-substrates with increased specificbiogas output per unit of reactor volumeHeatandelectricitygenerationPossibilityofobtainingliquidandsolidfractionsofmanurePossibilitytousesolidfermentedmanureasbeddingmaterialAbility to use the liquid fraction of fermented manure for farm processing needs

OfferedmodelrangeofBPstartsfrom100kWofelectriccapacityofcogenerationplant(forpigfarmswithlivestockfrom 4500 animals. For cattle farms with livestock from 600 animals.)

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T./f.: (+38044) 456-94-62453-28-56, 332-91-40223-55-86, [email protected] iev.ua

Ukraine, 03067,Kyiv-67, p/o box 66

www.biomass.kiev.ua

Documents

BIOMASS - Головнаbiomass.kiev.ua/images/library/secb-materials/broshura_secb_en_2011.pdf · 3 • Consulting on technologies for energy generation from biomass • Identification