Carbonator
- Converts Organic substances to ''Carbonaceous'' (Carbon/Char)
- For Inorganic substances, there remain unchanged as ''Dry Products''
The unique process advantages of Carbonator® are:
• It dries off or removes > 99% moisture/water content;
• Physically reduces, chemically breaks down and converts the organic substances into stable and odorless carbon/char;
• Leaves the inorganic substances unchanged as it is for recycling where applicable.
This technology adopts Environmental Friendly design, which utilizes:
• Indirect Heating (Indirect Thermal Desorption concept) of applying dry hot air where variable clean fossil fuels (Natural Gas/LPG/Diesel) heat sources can be used
• Isolated process treatment condition to achieve the Thermal Breaking point of various organic substances
• Low - Medium (250 ºC – 450 ºC) process treatment temperature
• Inert gas purging to promote Oxygen starved condition to eliminate formation of pollutant gases and self-burning
• It dries off or removes > 99% moisture/water content;
• Physically reduces, chemically breaks down and converts the organic substances into stable and odorless carbon/char;
• Leaves the inorganic substances unchanged as it is for recycling where applicable.
This technology adopts Environmental Friendly design, which utilizes:
• Indirect Heating (Indirect Thermal Desorption concept) of applying dry hot air where variable clean fossil fuels (Natural Gas/LPG/Diesel) heat sources can be used
• Isolated process treatment condition to achieve the Thermal Breaking point of various organic substances
• Low - Medium (250 ºC – 450 ºC) process treatment temperature
• Inert gas purging to promote Oxygen starved condition to eliminate formation of pollutant gases and self-burning
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Process Thermal Treatment – Cross Section
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System Configuration
Process Cycles
Process Flow Diagram
Air Emission ''with'' & ''without'' Deodorizer System
Output discharge