The document discusses the TYRANNOSAURUS® solid recovered fuel (SRF) process which turns various waste materials into a standardized, high-quality fuel. The process can handle many types of combustible waste and produces SRF, which is a cheaper alternative to fossil fuels that also solves waste problems. The document provides examples of integrated waste management plants using the TYRANNOSAURUS® process to produce SRF for cement kilns and power plants.

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TYRANNOSAURUS®
State of the art
Waste to Energy Process
Jouni Valovuo – BMH Technology Oy 17.5.2013

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The TYRANNOSAURUS® SRF Process turns waste
into high quality SRF ( Solid Recovered Fuel ).

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• Domestic waste
• Industrial waste
• Commercial waste
• Scrap tyres
• Textiles and bigbags
• Plastic films
• Waste paper and
archives
• etc.
Any combustible waste is a raw material:

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SRF advantages:
• Standardized high quality fuel
• Low fossile CO2 emissions
• Locally produced fuel
• Solves waste problems
• Cheapest high quality fuel
SRF is a Standardized Fuel

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Power Plants Cement Kilns
SRF Users

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Municipal
Solid
Waste
PRE-
TREATMENT
BIODRY
SRF
PRODUCTION
SRF
H2O
InertsMetals
Integrated Total Waste to Energy Solution
Industrial
&
Commercial
Waste
POWER
BOILER
Electricity

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Shredding

9. THE BASICS OF GOOD SHREDDING AND A SUCCESSFUL SEPARATION:
1. Right particle size, < 90 mm
Can only be achieved by cutting shredders.
The TYRANNOSAURUS® shredders has Zero
Gap® cutting technology.
2. Even flow
Even output flow, is an absolute requirement
for successful separation.
The integrated feeder guarantees as continous
optimum flow through the shredder.
3. Tramp metal protection
TYRANNOSAURUS® MIPS® ( Massive Impact
Protection System ) is a fully automatic
protection system that rejects the tramp metal
into its own container without stopping the
production process.

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Separation

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Storage

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Customer Tailored Solutions
Concept solutions for
Waste Management
Companies.
Integrated solution for the
Cement Industry.
Integrated solution for
Power production.

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Plant example 1: SRF Production for Sale

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Plant example 2: Waste to Flame Solution

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Plant example 3: Waste to Electricity Solution

16. MÄLARENERGI 2012
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12
34
5
Kattila 1:
• 1963
• 165 MW
• Öljy, Hiili
Kattila 2:
• 1963
• 165 MW
• Öljy, Hiili
Kattila 3:
• 1969
• 585 MW
• Öljy
Kattila 4:
• 1973
• 405 MW
• Hiili, turve
Kattila 5
• 2000
• 200 MW
• Biomassa, turve

17. FUEL MIX 2012 AND 2015
17
Biomasse
Peat
Coal
Oil
SRF
Biomasse
Peat
Coal
Oil
2012 2015

18. SRF production Bale storage
Turbine Flue gas Boiler 6
condensation
18

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1
2
3
4
1. Kattila
• Metso
• 175 MW
• SRF
2. Turbiini
• Siemens
• 55 MW
3. Savukaasu-
kondensointi
• Ahlstom
• 30 MW
4. Polttoaineen
valmistus ja
käsittely
• BMH Technology
• 450.000 ton/a
• 3 –linjainen
TYRANNOSAURUS-
laitos

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