IDEA #88PYCA Technology And Industrial Facilities Intended For Utilization Of Various Sorts Of Solid Organic Waste

APPLIED RESEARCH • ENERGYAND ENVIRONMENTAL RESEARCH TECHNOLOGY AND IDUSTRIAL FACILITIES INTENDED FOR UTILIZATION OOFF VARIOUS SORTS OOFF SOLID ORGANIC WASTE Description Industrial facilities intended for utilization of: worn(cid:2) out / used aircraft and automobile tires, technical rubber products, toxic waste materials, dehydrated sedimental solids that residue after biological cleaning of sewer water, and other sorts of solid organic waste from industrial and agricultural produc(cid:2) tion, by means of thermal decomposition hereof in gas(cid:2) gener(cid:2) ator, with subsequent production of combustible gas, are offered by this Project. Thus generated gas can be used in thermal boilers, in drying facilities, as well as in form of power gas in various internal(cid:2) combustion engine types. Electric power plants energized by gas(cid:2) generator gas, achieve greater rates of efficiency as com(cid:2) pared to those where direct burning of solid fuel is practiced. Further evolution of these promising activities would create favorable conditions for long(cid:2) term development of conversion sector represented by a team of scientists and engineers of the Special Research and Development Bureau for Cryogenic Technologies in facilitation of their access to national and international markets of labor and commodities. The gas(cid:2) generation equipment and facilities (see relevant Figures), developed by the SR&DB, have completely confirmed the adopted concept of utilization of various sorts of solid organic waste. Gas generators are typical for inherent 1200оС to 1500оС tem(cid:2) perature range, whereby biological waste is completely disin(cid:2) fected, and toxic matters are entirely decomposed. Moreover, gas generators engineered by the SR&DB, can be circuited within an appropriate network of sustainable power(cid:2) sources and in energy(cid:2) saving technologies. Engineering group of the SR&DB is capable of designing fur(cid:2) ther trends of gas(cid:2) generators’ application, alongside with development and fabrication hereof. These work efforts are being accomplished by the SR&DB computer(cid:2) aided engi(cid:2) neers, skilled in design of relevant software programs, as well as by highly(cid:2) qualified workers’ personnel, supported by a decent park of tooling machinery. Innovative Aspects and Main Advantages Further joint development can be intended for accomplish(cid:2) ment of the technology and prototype of the equipment that can be used in industry. Fig. 1. Gas Generator of 25 000 kg/day waste pro(cid:2) cessing Fig. 2. Gas Generator of 2 400 kg/day waste pro(cid:2) cessing Area ooff Application Utilization of various sorts of solid organic waste. Gas generators can be circuited within an appropriate network of sustainable power(cid:2) sources and in energy(cid:2) saving technolo(cid:2) gies Stage ooff development The SR&DB activities in this field are patent(cid:2) pledged by the Patent Office of Ukraine, with: 1. “Invention Patent Declaration on Useful Model”, document of Ukraine # 990, titled “Gas Generator”, 2. “Invention Patent Declaration on Useful Model” document of Ukraine # 68883(cid:2) А, titled “Method of Highly Toxic Waste Annihilation Contact details Pokhyl Yuriy Anisimovich ,Director of the Institute Special Research and Development Bureau of Institute for Low Temperature Physics and Engineering of National Academy Science of Ukraine 47 Lenin ave, 61103, Kharkov, Ukraine Tel.: 38 057(cid:2)340(cid:2)22(cid:2)93 Fax: 38 0572(cid:2)340(cid:2)12(cid:2)92 E(cid:2)mail: Mail@Cryocosmos.com 88