LTC is a thermo catalytic decomposition process operating without air supply (no combustion!).
LTC decomposes organic materials into their basic elements and reconverts these into a cleaned strong gas (high methane proportion)
Final products obtained are gas or electricity or oils
Very low emissions of CO2 ( <0,5 kg/kWh)!
Residues are pre-treated and recycled, low need for depositing
What makes LTC unique
Low Emissions
LTC operates in a fully closed system.
Toxic by-products such as furans or dioxins do not occur.
Inorganic materials are not overheated but pass through the plant without generating pollutants. With molecular structures not broken down these materials are easy to recycle.
Emissions are well below EU regulations.
Ease of Operations
Running entirely on internal power
Fully automated, only few staff needed
LTC plants are remotely monitored and controlled.
Adaptability
LTC plants can deliver high grade synthetic gas, electricity or oils.
LTC plants can be adapted to use a wide range of organic solids and waste.
LTC plants can be built for a wide range of input volumes.
LTC plant layout can be adapted to available floor space.
Advantages
Waste becomes valuable material for energy production
Guaranteed efficiency, durability & longevity
Proven technology
Low running costs
Capable of processing any organic waste stream
Output as electricity, gas or oils
Excellent R.O.I. (3 - 7 years)
Scalable from 1t/h upwards
Tailor-made, turn-key system delivery
Very low emissions
Reduces waste volumes by 95%. The remaining residues meet strictest environmental
Regulations in the EU and elsewhere.
Residues pose no toxicity whatever and can be recycled or deposited.
Admission to APX Power-Exchange and the CO2 Emission-Trade (Kyoto Protocol) possible
High yield energy output compared to other competing technologies
Easy shipment (turn-key)
Easy and time efficient assembly at plant destination
Integrated, fully closed system (no odor leakages; no toxins are produced)
Plant layout can be easily adapted to available floor space
Technical Data
Build-up: 1 Conversion-loop including material charge, residues discharge and gas torch
Automated measurement and control
Input material capacity: approx. 0,5 [t/h]
Velocity gas stream: 18-25 [m/s]
Velocity solids: 3-5 [m/s] (riser pipe)
Percussion Reactor
LTC - Conversion of Municipal with Fine Separation
Zero emission
The clime-gas CO2 is cracked in it’s basic elements. Approx. 33 % results in clean Carbon.