Quick Info:
MIDI-plant
Scrap Tire Recycling
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| Dirk Gerlach Engineer
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DGE thermolysis plant MASTER
- fully automatic
- menless night shifts possible
- design by DGE 2011
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- Ort
- xx
- in operationsince xx
- design by Dirk Gerlach 20xx
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Please note:
Since 2013 we offer the MIDI-plant series. A MIDI-quad plant can operate the same input, but is much more flexible.
Possible Operation
Production Plant
This plant size allows an economic using of pre plants for preparing the raw materials. This can be:
- using of complete scrap tires and preparing by shredder and granulator
- using of wet biomasses and preparing by special drying processes in combination of wet fermenters
- using of fluffy (bio) materials and preparing by pelletizing
Industrial Energy Supply
- economic using of local resources (biomasses, lignite)
- environmental friendly disposal of local production waste
- hygienisation and thermal disposal of predried (hazardous) sludges
| feeding material |
input energy |
free energy |
energy price |
operating costs |
| Scrap tire granulate (100 €/t) |
2,000kg/h = 18 MW |
oil: app. 9 MW
carbon: app. 6.0 MW |
0.022 €/kWh (only oil)
0.013 €/kWh (oil + coke) |
0.025 €/kWh incl. financing
0.014 €/kWh |
Waste Disposal System
Combined with solutions of our technology partners we developed the T-Rec process. It includes:
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- Pre sieving
- Drying by pressing
- Using of press sludge for biogas production
- Power generation with bio-methane
- Shredding of (dry) huge grains
- Sorting of (shredded) press cake
- Selling of recycled clean fractions
- Thermolytic processing of fractions for production of raw materials
- Thermolytic processing of waste fractions for reducing
- Waste water treatment
- Grid controll (Electric power, gas, water)
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Dipl.-Ing.(FH) Dirk Gerlach • Passion for Innovation
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A Service of LEO GmbH.
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