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The Pyroclast® employs patented technology to achieve clean emissions with typical municipal solid waste. Where a more toxic waste is to be disposed of, for example clinical waste, a separate emissions control module may be added.

The pyrolysis technology offered by Organics involves the use of heat in the complete absence of air. Without air, combustion is not possible. Therefore, The resultant reactions are clean and complete, maximizing power production. The resultant biochar is of a high quality.

Where waste heat is available in adequate quantities, either in the form of landfill gas or waste heat recovery systems from power generation equipment, evaporation offers an attractive solution to the problem of leachate disposal.

Over a billion tonnes of edible food – equivalent to almost one-third of global production – is wasted annually by the world. This would be enough to feed three billion people, according to a recent report by the Food and Agriculture Organisation of the United Nations.

Methane is the main component of biogas and is generated from landfill sites, anaerobic digestion of food waste, and organic agricultural waste. Biogas is increasingly being used as a fuel source, not only to generate electricity but also, after cleaning, as a fuel directly in vehicles.

The anaerobic digestion of cattle involves the breakdown of organic waste by bacteria in an oxygen-free environment resulting in safe treatment and the production of biogas that can be used in the generation of power either for on-site use or for export.

Anaerobic digestion of organic material produces methane and carbon dioxide. It can also lead to the production of other trace gases, such as hydrogen sulphide. H2S has an unpleasant odour and can cause the rapid corrosion of carbon steel.

The SC Class of flare stacks provides a realistically priced option to control emissions from biogas. The key is to raise the temperature of the combustion process to at least 1,000ºC and retain the combusted gases at this temperature for the required retention time.

Gas chillers are employed to reduce the moisture content of process gas streams. As well as removing moisture, chillers will also reduce the concentration of chemical compounds such as ammonia and Volatile Organic Compounds (VOCs).

Thermally-driven ammonia stripping offers an alternative route to that of pH adjustment for continuous process ammonia stripping. With a thermally-driven stripper, no chemical additions are required, apart from the minor addition of an anti-foam agent.

The Pyroclast™ is a mobile unit that converts organic material into biochar. This datasheet provides a short-form graphical introduction to the Pyroclast and details how it can be employed for volume reduction of waste, the production of biochar and the generation of heat and energy.

The Pyroclast™ pyrolysis unit is designed for final waste disposal. This is its primary intent. Energy recovery can easily be added. The unit can also be used to produce biochar as a powerful mechanism for removing atmospheric carbon. This is the long-form datasheet.

The technology involved in the production of Compressed Biomethane  or Bio Compressed Natural Gas (BioCNG) is well-developed, tried, and tested. Biomethane may be produced from different sources, such as landfill gas or biogas produced by the anaerobic digestion of municipal solid waste, manures, agricultural waste, tapioca mill effluent, and palm oil mill effluent (POME), to name but a few.

Organics can supply individual components within a complete system, or all of the components required to make up a complete system. Organics has been active in this sector in SE Asia since 2002 and has a wide experience with all elements of such systems, from equipment design, to gas production technologies and energy generation using engines operating with biogas.