bmh technology waste to energy -...
TRANSCRIPT
BMH TECHNOLOGY
WASTE TO ENERGY
How to produce good quality solid recovered
fuel from waste
Teemu KuusinenNordic Baltic Bioenergy19-21 April, Vilnius
• Main office in Rauma, Finland • Offices: Finland, Sweden, Poland and China• Long, succesfull history starting from 1929• Over 60 years experience in solid material
handling • Main handling process
• Biomass to power plants• Waste to power plants and cement
kilns
BMH Technology Oy in brief
RAUMA
FINLAND
BIOMASS TO POWER PLANTS
WASTE TO CEMENT KILNS AND POWER PLANTS
INTRODUCTION TO THE INVESTMENT OPPORTUNITY
MORE THAN 200 WASTE REFINING AND
BIOMATERIAL HANDLING REFERENCES GLOBALLY
In addition to over 50 Tyrannosaurus® waste refining plant deliveries, BMH Technology has delivered c. 150 biomass fuel handling plants around the world
Most of the reference plants are located in Europe, but new international references are developing every year
Tyrannosaurus® waste refining plants
Biomass fuel handling plants
The TYRANNOSAURUS® SRF Process turns waste into high quality SRF ( Solid Recovered Fuel ).
Power Plants Cement Kilns
SRF Users
• MSW / 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:
Why fuel quality is important
PROBLEMS FACED IN COMBUSTION WITH BAD QUALITY
SOLID RECOVERED FUEL
• Halogen compounds, for example chlorine and fluorine - amount in fuel stream should not get high high-temperature corrosion
• Alkali metals, potassium, sodium e.g. should not get high dirt and slag grab to boiler
• Certain metals that melt and vaporize in high temperatures, like metallic aluminium, zinc and lead grab to superheters
• Stones, glas, nails and suchlike disturb burning process and ash removal• Flue gas emmissions no problem with good quality solid recovered fuels
How to produce good quality SRF-fuel
1. Correct particle size in one passwith low power consumption- Sophisticated knife profile- Zero Gap® cutting technology
2. Even material flow with optimal capacity- Load controlled pusher system- Integrated feeder
3. No breakage of knives => Guaranteed!- MIPS® (Massive Impact Protection System)
Unique features of TYRANNOSAURUS® Shredder
Separating results of SRF production
MSW 100 w-%
Metal ~ 3 w-%
Reject 0-2 w-%
SRF ~65 w-%
Heavy fraction, air
classifier ~ 25 w-%
Fine screen reject
~ 5 w-%
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
SRF is a Standardized FuelGlassification system of CEN/TS 15359
Typical plant example: Waste to Electricity Solution
Reference plant in Sweden, Power plant
Reference plant in Poland
Reference plant in South Korea, Power plant
Reference plant in Thailand, Cement kiln
Thanks for attention!
Teemu KuusinenNordic Baltic Bioenergy19-21 April, Vilnius