NEW BIOMASS AND WASTE TO ENERGY CHP IN VILNIUS - THE...
Transcript of NEW BIOMASS AND WASTE TO ENERGY CHP IN VILNIUS - THE...
NEW BIOMASS AND WASTE TO ENERGY CHP IN VILNIUS - THE LAST STEP TO GET OUT FROM THE GAS DEPENDENCE IN DH SECTOR OF LITHUANIA
Dr. Nerijus Rasburskis„Lietuvos energija“, UAB Director of the Cogeneration Projects Division2016-04-19
AGENDA
I. STATE OF PLAY OF ENERGY SECTOR IN LITHUANIA
II. NEW BIOMASS AND WASTE TO ENERGY CHP IN VILNIUS
III. FUEL SUPPLY AND INFLUENCE TO THE MARKET
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STATE OF PLAY OF ENERGY SECTOR IN LITHUANIA
ENERGY OUTLOOK (electricity sector)
• One of the biggest importer ofelectricity among EUcountries (~ 70% from thecountry‘s demand)
• CHP plants are being closeddue to non competitive fossilfuels and have been alreadydepreciated
• RES in local electricityproduction ~20% fromcountries demand
Electricity supply balance
12%
2016-04-09 10:35
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BY
ENERGY OUTLOOK (district heating)
• Ineffective use or no use ofcogeneration based heatproduction in district heating
• Biomass sector is still in thetransition from a few playersinto the biomass exchangebased market
• The majority of the heatproduction capacities‘ aredesigned to use white woodchips
Fuel balance in district heat production(cogeneration power plants and heat only boilers)
Source: LDHA (2015 preliminary)
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Other fuels
Firewood, municipal and wood waste for fuel
Naturas gas
12%
~60%
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STRICTLY PRIVATE AND CONFIDENTIAL
I. COUNTRY ENERGY OUTLOOKENERGY OUTLOOK (district heating)
District heat production ~ 8,3 TWhVilnius city ~ 2,6 TWh (~31%)
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Firewood, municipal and wood waste for fuel Naturas gas Other fuels
Government target up to 2021
Source: LDHA (preliminary data for 2015)
7
21
%
8%
7%
64
%
28
%
17
%
54
%
2%
19
%
13
%
42
%
25
%
33
%
16
%
50
%
1%
RECYCLED COMPOSTED INCINERATED LANDFILLED
Lithuania Denmark Finland Sweden
Source: Eurostat (2013)
ENERGY OUTLOOK (waste management)
• Ineffective waste management - 60% of waste containing energy value is still landfilled
• Lack of WtE capacities to incinerate RDF/SRF locally produced by MBTs(mechanical biological treatment plants)
• EC ambitions for recycling (65 %, 2030) push to optimize WtE capacities in the conservative manner
ENERGY OUTLOOK (energy dependence)
-20
0
20
40
60
80
100
Lithuania ranks 6th among most energy dependent EU members
Lithuanian socio-economic environment is favourable for implementing projects reducing the country’s energy dependence
EU STRATEGY ON HEATING AND COOLING
It (strategy) should help to reduce energy imports and dependency, to cut costs for households and businesses, and to deliver the EU's greenhouse gas emission reduction goal and meet its commitment under the climate agreement reached at the COP21 climate conference in Paris.
The strategy aims are maximizing the efficiency and sustainability of heating and cooling systems
Communication on 2016.02.16
CO-GENERATION - A TOOL FOR ENERGY EFFICIENCY AND SUSTAINABILITY
• It has ~ 40% higher primary energy utilization rate compared to separate conventional energy (electricity and heat) production
• Country’s energy dependency can be significantly reduced by the use of local municipal waste (RDF/SRF) and renewable fuel
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Agenda
1. Introduction
2. Market overview
3. CHPs project
4. Financial forecast
NEW BIOMASS AND WASTE TO ENERGY CHP IN VILNIUS
Vilnius city
Population 540 000
District heating 90%
Annual district heat demand 2,6 TWh
Annual RDF/SRF potential
in the region for energy ~145 000 tons
Waste landfilled ~85%
LOCATION OF THE NEW BIOMASS AND WtE CHP
OBJECTIVES OF THE PROJECT
Implementation of CHPprojects will contributeto pursue the objectivesand tasks of the NationalEnergy IndependenceStrategy – the natural gasas a fuel for heat andelectricity production willbe replaced with biomassand waste resulting inenhancement ofLithuanian energyindependence from fossiltype fuel (import of thenatural gas).
The Government of theRepublic of Lithuaniaacknowledged that CHPprojects have nationaleconomic significance tothe Republic of Lithuania.
Investments into high efficiency
(CHP)
Primary energy savings
compared to HOB installations
Heat and power energy
produced from RES
CO2 reduction, increased share of
RES, decreased energy poverty
Reduced landfill
Waste management, CO2 reduction
BioCHP unit
MWe MWt~70 ~174
WtE CHP unit
MWe MWt~18 ~53
Vilnius high efficiency CHP installation
MWe MWt~88 ~227CAPEX ~325 mEur
Ministry of EnergyMinistry of FinanceMinistry of Environment
Ministry of Finance
100% - control
100% - control
EU funding
<164mEUR
OWNERSHIP OF THE PROJECT
SPV
Preparatory works
Partner selection
Construction work
2015 2016 2017 2018
Securing of financing
EPC contractor(s) work(s)EPC tender
Selection, negotiation
Financing structure
Environmental Impact Assessment
Territory planning (height allowance)
State Aid/ EU Funding
\
Works at the site
First fireFinal
completion
Commissioning
Selection, negotiation
Completion
VILNIUS CHP PROJECT TIMELINE
NewWtE
NewBioCHP
BioCHP
BioHOB
BioCHP
BioHOB
Fossil
CHP INTEGRATION INTO VILNIUS DH SYSTEM
Current situationRES ~ 40-45%
After implementation of the projectRES+RDF(SRF) ~ 75-80%
Fossil
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Vilnius high efficiency CHP installation
Electricity production, GWh(share of LT demand)
400 (~3,7%)
District heat production, GWh (share of Vilnius demand)
1.240 (~50%)
CO2 reduction, tones/year ~ 230.000
Primary energy savings ~40 % Overall efficiency of the units
≥ 101 %
I. EXPECTED RESULTS OF VILNIUS CHP PROJECTEXPECTED RESULTS OF VILNIUS CHP PROJECT
Vilnius city has chosen a land plot for the New CHP by approving general city plan and heating sector special plan
The site is Jočionių str. 13, located onthe southwest part of Vilnius, 8kilometers away from city center.
LOCATION
• Well developed infrastructure for connectionto engineering infrastructure – natural gas,electricity and district heating;
• Well developed transport infrastructure. Itlocated next to highway between Vilnius andKaunas, also there is railway branch;
• Site is not located in protected territory orNATURA 2000 territory boundaries, does notcontain any cultural heritage;
• Blends in the current Vilnius layout,concentrating energy infrastructure at thesame place.
LAND PLOT STRUCTURE
MBT Energy production area
Biofuel handling area
TECHNICAL CONCEPT
Completed Environmental Impact Assessment
Completed Topographical surveying
Completed Geological surveying
Completed concept project of connections to existing infrastructure
EPC tender still in progress (initial offers received, finishing negotiations, contract –mid 2006)
Finishing negotiations with bank
PROGRESS OF THE PROJECT
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FUEL SUPPLY AND INFLUENCE TO THE MARKET
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PRIMARY ENERGY TO THE CHP PLANT
Biomass ~450.000 tons a year
(~97 000 toe)
Municipal waste -RDF/SRF
up to 160.000 tons a year
(~41 000 toe)
~30%
~70%
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II. COUNTRY OVERVIEW
Municipal waste treatment in the European Union countries
Currently, the vast majority of municipal waste is disposed of in landfills 58% (2014) Only about 8% of treated municipal solid waste was used for energy recovery in
2014
MUNICIPAL WASTE GENERATION AND TREATMENT
Source: Eurostat (2013)
0
100
200
300
400
500
600
700
800
Gen
erat
ed, (
kg p
er p
erso
n)
Landfilled Incinerated Recycled Composted
481433
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Recyclables
Up to 20162016-
2018From 2018
Compost
22%
70%
8%
20%
32%
8%
6%4%
Vilnius 2020
VILNIUS WASTE TREATMENT STRATEGY
WtE CHP is the missing infrastructure link to treat refused derive fuel (RDF) fromMBT
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0,0
0,1
0,2
0,3
0,4
0,5
0,6
0,7
2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030
m. t
Vilnius CHP capacity Kaunas CHP capacity Klaipeda CHP capacity RDF for incineration
WASTE TO ENERGY CAPACITIES Optimal solution of WtE
capacities which suit waste management
targets
BIOMASS PRODUCTS FOR VILNIUS CHP
It is planned to use biomass ofclass P63 or P100 in accordancewith EN 14961 standard
Wood chips, bark and log woodwill be delivered by roads andrailway
Furthermore, part of woodchips will be prepared on thesite by chipping of wood logs
A possibility to add in the fuel mixture up to60% of the so called intermediate fuel - bark,forestry residues, energy crops, industrialwood chips (dry wood chips) and up to 10%of other low quality dusty biomass (straw).
BiomassInstantaneous portion
of fuel (mass basis)
Biomass - wood chips 40-100%Intermediate fuel, bark,willow and other energycrops, forestry residues.
30-60%
Straw 0-10%
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BIOMASS IN LITHUANIA (SOLID WOOD)
Wood biomass consumption
(district heating) by products' 2014
Wood chips98,79%
Wood pellets0,67%
Straw pellets0,54%
Source: The Lithuanian District Heating
Association, Energy price regulator
Wood chips > 98 % of the market;
Regulated energy producers areobligated by law to acquire certainpart of biomass in Energy Exchange bythe year 2014 - 10%; 2015 – 50%; 2016– 100%.
Biomass typePotential in 2025 m3/year
Biomass from industrial waste 1.627.000 Firewood for energy 1.777.865 Logging waste 845.253Secondary wood, not forest logging 1.700.000 Biomass from gray alder logging 650.000 Biomass from forest young stands 400.000 Biomass from short turnover plantations 983,580 Biomass potential from stump wood 644.601TOTAL: 8.628.299
(1.482.526 toe)
Biomass potential in Lithuania internal market follow type of biomass
Source : Lithuania Energy Consultants Association
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IMPACT TO THE BIOMASS MARKET
80 MW
90MW
270MW
145 MW
152MW
50MW30 MW
240 MW
100 MW120MW
100 MW
110MW115 MW
80 MW
90MW
410MW
160 MW
36 MW
Source: Baltpool, 2015
Installed biomass capacity 2015
Installed biomass capacity 2018
About ~4,5 TWh of biomass was consumed in DH in 2015
Annual biofuel potential is around 17 TWh only in Lithuania (LEKA)
Vilnius CHP is expected to increase biomass demand only by ~0,3 TWh (~6% of biomass consumed in DH sector in 2015)
TWh
0,00
0,20
0,40
0,60
0,80
1,00
1,20
Biofuel demand inVilnius CHP
Amount of biofuelreplaced by waste
Kaunas WtE
Vilnius WtE
0,28 TWh
WORKING BIOMASS EXCHANGE
More than 235 members currently registered at the Biomass Exchange
Monthly max order from Vilnius BioCHP ~ 2,6 M EUR (if biofuel price 15EUR/MWh)
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2 1 3 46
11 9 10 13 11 10 7 7 1014
13
11
19
23
29
4448
37
59
3127
2026 26
49
0
20
40
60
80
Total order volumeM EUR
Monthly order volumes in auctions, year 2015-2016 (M EUR)
Sell orders Buy orders
THANK YOU FOR YOUR ATTENTION