Usitall AB
an independent waste-to-energy developer
Vision
To provide the market with the most competitively
priced energy
Mission
Usitall shall offer competitively priced energy for
base industry by producing it on-site from a wide
range of solid waste types on the international
market
Export division of Tekniska Verken
-Exclusive license agreement
Customers:
215,000
Employees:
1,057
Turnover:
€ 538 million
Profit:
€ 50 million
Investments:
€ 68 million
Linköping
EU 20/20/20 Targets
CO2: 20% reduction relative to 1990.
EU will be willing to put this goal up
to 30% if the US, China and India
make similar commitments
Renewables: 20% of total energy
consumption – implying some 40% of
electricity production. Present value
6,5%.
Energy Efficiency: 20% reduction in
energy consumption relative to
’business as usual’
Waste market EU
-Regional Waste-to-Energy benefits
*
More than 50 million ton additional treatment capacity is
needed in Europe until 2020 (Industrial waste not
included)
Landfill Directive forces member states to find alternative
proven treatment methods to landfilling
Waste incineration with energy recovery is officially regarded as
an preferred treatment method to landfilling and the only proven
technology that together with higher recycling rates can solve
Europe's waste problem
Waste per capita is expected to increase from 520kg to 680kg
in 2020.
Energy market EU
-Energy off-taker benefits
*
There is a demand for more than 2000 TWh of
renewable energy from the European basic industry
The organic part of the waste is regarded as renewable energy
Waste-to-Energy is not included in the Emission Trading System
(ETS) and therefore does not require carbon credits
Waste-to-Energy render possible independent and locally
produced energy
Waste-to-Energy has the lowest energy production cost of all
known and proven technologies in Sweden
The Waste Sector
Swedish waste management excels
Reduce
EU27
Re-use
37%
18%
45%
Recycle
Recover
Landfill
46%
49%
4%
synergies between recycling & recovery
Sweden
Background
CO2 Achievements in Linköping
EU target 2020
20% reduction of CO2 relative to 1990
Linköping 2008
55% reduction of CO2 relative to 1990
Landfill vs. w aste-to-energy
– over 70 studies exa
mined, all favour waste-to-energy
Waste-to-energy
New products from recycling and reuse
- Experience from EU15 shows synergies
Energy from non-recyclable waste material
•
•
•
•
•
No leakage into ground water
Minimal GHG emissions, no methane
Considerable replacement of fossil fuels
Profit from energy sale & waste treatment
Freeing valuable space for other purposes
•
Journal of Environmental Planning & Management
•
Journal of Industrial Ecology
•
Chemical Engineering Journal
•
Profu
•
International Journal of Thermal sciences
•
The Danish Environmental Protection Agency
•
International Journal of LCA
•
etc.
Waste is energy!
– heat values of different fuels
1 ton oil
=
=
1.6 tons coal/rubber waste
5 tons waste wood
=
=
4.5 tons wood
4 tons waste
85 % of MSW in Sweden is of biological origin
Utilized energy from waste in Europe
Heat & electricity production (MWh/ton)
MWh/ton
Electricity
Heat
3,0
2,0
1,0
Source: Profu
70%
We can’t afford to waste heat…
Raw materials
100%
30%
Condense power generation
Separate stream of fuel
Source: The Swedish District Heating Association
It’s much better to use it all!
Raw materials
100%
90%
Combined heat & power generation
Source: The Swedish District Heating Association
Gärstad WtE plant
2005
1964
1958
1982
1954
50 years of progress and experience
Replacement of fossil fuels for energy
– The municipality of Linköping, Sweden 1980-2008
GWh
CO2 (kg/MWh)
1800
350
1600
300
1400
250
1200
1000
200
800
150
Thermal treatment of
waste replaces large
amounts of fossil
fuels while
600
100
400
50
200
0
0
simultaneously
eliminating growing
waste mountains and
leaking landfills
Oil
Coal
Wood
Waste
Technology
Gärstad Waste-to-Energy plant
– State of the art incineration & flue gas treatment
Emissions from thermal treatment of waste*
– Improvements in Sweden
1985
2007
Improvement
420
24
94,3 %
Hydrogen chloride
tons/year
8,400
60
99,3 %
Sulphur
tons/year
3,400
196
94,3 %
Nitrogen oxides
tons/year
3,400
2101
38,2 %
Mercury
kg/year
3,300
37
98,9 %
400
6
98,5 %
25,000
51
98,0 %
90
0.45
99,5 %
Particulates
tons/year
Cadmium
kg/year
Lead
kg/year
Dioxins
g/year
* Total emissions from all
thermal treatment plants
in Sweden
Amount of waste more than doubled (to 4,5 million tons) during the same period
Gärstad WtE plant
Gärstad Waste to Energy plant
50 years of experience gathered in one of Europe’s best-practice facilities
Key figures
 MSW from 600,000 citizens
Waste from
Norway
 Total capacity of 420,000 tons
of solid waste
 1.000 GWh of District heating
 200 GWh of electricity
MSW from 30 municipalities, 15% of Sweden’s total amount of household waste
Waste-to-energy plants in Europe
29 / 2,2
1 / 0,05
19 / 0,6
30 / 3,5
418 plants in 2005
14 / 3
11 / 5,5
1 / 0,04
65 / 16
18 / 2,5
1 / 0,1
Total thermal treatment of
municipal solid waste:
58 million tons per year
128 / 13,6
29 / 3,3
3 / 0,4
8 / 1,5
1 / 0, 3
47 / 3,1
3 / 1,1
10 / 1,7
Source: CEWEP – Confederation of European Waste-to-Energy Plants e.V.
Target market
-Central & Eastern Europe
Projects
 Estonia (100 MW, 200.000 tons/year)
 Romania (100 MW, 200.000 tons/ year)
 Romania (200 MW, 400.000 tons/ year)
Campaigns
Baltic
 Finland
 Poland
 Romania
 Baltic countries
Central Eastern
Europe (CEE)
Usitall offer
-Independent Waste-to-Energy developer
As an independent developer we offer:
•
Competitive, liable and renewable energy for the local basic industry
•
Trusted and proven solid waste treatment technology in accordance with the waste hierarchy
and EU legislation
•
Attractive investor opportunities, technology and knowledge transfer
Recycling
System
Waste
System
Collection
Core
Business
Energy
system
Recycling
(material)
Waste sector
Application
Distribution
Treatment
Production
Energy sector
Track record
-Waste-to-Energy Developer and operator







+50 years of experience
Vertically integrated on both sides of the Waste-to-Energy facilities
Three W2E facilities (8 boilers) treating 15% of the solid waste in Sweden (>600 tons/ year)
Wide portfolio of solid waste ranging from hazardous and industrial to municipal and wood waste
Top energy efficiency in Europe
Lowest emissions of Sweden
Documented procurement skills with lowest price per MW in Sweden
The cost of electricity production in Sweden
Öre/kWhe
60
50
40
Waste-to-Energy
Hydro electric
Nuclear
30
Windpower
Biofuels CHP
20
Gas CHP
Coal power
10
0
Waste-to-Energy
Windpow er
Coal pow er
Source: Elforsk report 07:50, 2007
Contact details
• Stellan Jacobsson
Managing director
[email protected]
Mobile +46 70 607 8095
• Mattias Philipsson
Chief operating officer
[email protected]
Mobile +46 70 380 8276
• Carl Lilliehöök
Marketing director
[email protected]
Mobile +46 70 5511 600
• Samar Nath
Sales manager
[email protected]
Mobile +46 70 385 9005