MSOP is ecologically safe and improved method to consume and process the following raw materials: Hard human waste, sewage, organic and non-organic waste, and other kinds of wastes. The process takes place in an all-closed reactor with the use of melted and salt liquid, in which all materials (including those radio active) separate into synthetic gas, H2, and H20. End product of the reactor is either bio-gas or synthetic gas which can further be used to produce electricity, gasoline through gas-synthesis, bio diesel, bio gasoline A-95, LPG, and other energy products.
Process Flow Diagram of Domestic Solid Waste (DSW) and Sludge Utilization
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- Option of constructing units with high single-unit power;
- Universal method allowing utilization of all types of organic waste and the transfer from steam blast to air steam blast, oxygen blast and oxygen steam blast;
- Low metal consumption;
- Small number of stages for preparation of raw material;
- Insensitivity to inorganic components;
- Working with raw materials with high humidity;
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Main Advantages of the Method
- Optimal temperatures: 900 - 950°Ñ;
- Effective transfer of heat onto organic compounds by heat transfer medium (eutectic mixture of salts and alkalis);
- Effect of dispersers and specifically selected accelerators;
- Heating, drying and heat impact disposal of SDW and sludge;
- Dynamic activation of physical and chemical processes affecting the opening of the molecular links of organic compounds using gas-dynamic details of the reactor construction;
- pressurization system for removing inorganic residues from the reactor, which enables removing it without discharging all melts;
- Low melt SDW components are converted into non-toxic melt body as a result of chemical reactions.
- Gasolinee production
- Methanol production
- Dimethyl ether production (alternative to diesel fuel)
- Power generation
- Heat generation
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Material Balance Diagram of MSOP-1 Installation
