Solid Waste Pyrolysis/Gasification
RBG recuperative solid waste pyrolysis and gasification technology are designed and manufactured in accordance with principles of the fifth generation of solid waste pyrolysis and gasification technology. RBG pyrolysis and gasification means clean emissions, high energy efficiency, energy saving, easy operation, high capacity, high degree of automation.
RBG pyrolysis and gasification technology is widely used in all kinds of harmless resource processing of solid wastes, according to different sources of solid waste, such as: municipal solid waste, industrial solid waste, forestry solid waste, medical waste, sewage sludge and the like. Our process systems have the appropriate design and processing facilities. And we can provide the appropriate facilities to adapt to different requirements according to the actual situation around the various parts of the design process scheme in line with local conditions.
Flexibility RBG pyrolysis and gasification technology so that the system is not only capable of handling a variety of solid waste, to ensure that solid waste through pyrolysis and gasification process to be completely harmless, but also to achieve maximum resource utilization. According to local consumer demand, we can produce electricity, steam and hot water supply, production of building materials. With the local economic development, our technology and devices can also be upgraded to accommodate the development of the region.
RGB recuperative solid waste pyrolysis and gasification technology working environment – hypoxia, relatively still, lower temperature; the main task is to complete the solid waste volatilization, pyrolysis and gasification, and burn out of solid carbon.
RBG gasification chamber produces combustible synthesis gas and inert ash. Combustible synthesis gas is purified to generate electricity and steam and hot water after discharged from gasification chamber. Inert ash may be secondary use after discharged from gasification chamber.
RBG pyrolysis and gasification technology control the every step of the process at different temperatures, so that solid waste is fully harmless treatment, avoiding the harmful derivatives. RBG pyrolysis and gasification technology means virtually eliminating the generation of dioxins and other harmful organisms, effectively inhibited the formation of nitrogen oxides.
Solid Waste Drying/Sorting
Solid waste low temperature pyrolysis drying apparatus utilizing a temperature and pressure of the process gas in direct contact with the reaction of solid waste, solid waste destruction gelatinous floc, cell wall (membrane) and other water-holding structure, so that the original is difficult to remove by mechanical means “bound water” completely released, can be removed by mechanical means into the “free water”, thereby greatly improving the dewatering properties of solid waste, such that only the original heat removed by evaporation of water, can be in a liquid state by way of mechanical separation form removal.
After low-temperature pyrolysis drying apparatus for processing solid waste in the large particles into fine particles, the specific surface area increases dramatically. Faster evaporation of water, drying performance significantly improved, so dehydrated solid waste can be dried in a short time of.
After low-temperature pyrolysis reaction of waste into the mechanical dewatering device or biological drying device, so that the waste water is further discharged from the waste so that the moisture content is reduced to below 30%. Such water content of solid waste-derived biomass fuel in the pyrolysis and gasification of solid waste pyrolysis and gasification disposal means can produce high-grade combustible syngas.
The feeding system feeds solid waste to the low temperature pyrolysis reactor. While adding catalytic process gas, under stirring, solid waste and uniformly mixing gas catalytic processes quickly and effectively, the rapid increase of solid waste in the reactor temperature and pressure during the reaction, the organic molecules cracking occurs, cell walls break down, change the high water holding capacity, and promote separation of water and solid waste solid waste.
Solid Waste Biodegradable
Biodegradable means for pre-processing of food waste, feces high organic content of the high moisture solid waste, food waste by microorganisms, fecal high moisture organic solid wastes chemically break down into natural elements.
Food waste and fecal organic matter more, the higher the content of nutrients, carbon and nitrogen is more reasonable than for microbial growth and metabolism, is a good raw material. Collected food waste is removed by means sorting bulk materials oil after oil extraction by recycling them, and then by beating, quenched into an anaerobic reaction tank, where contact with the bacteria in a certain pH and C/N ratio under the conditions by hydrolysis acidification, methanation to produce biogas, biogas purified to the power generation device to generate electricity.
After biodegradable food waste, the final product has a fertilizer fast, stable fertilizer, less volume and less pathogenic bacteria and other advantages. Liquid manure slurry uses as the liquid fertilizer. A small amount of biogas by ripening after adding elements is to reach the standard solid fertilizers or maturation into nutrient soil for landscaping.
Biodegradable food waste processing technology, high fecal moisture content of organic solid waste can produce large amounts of methane, biogas is a clean, renewable energy, combustible synthesis gas pyrolysis and gasification of solid waste generated together they can be used to generate electricity, heating and fuel.
Since the system is closed and no odor, that is the future direction of food waste process and excreta disposal.
Medical Solid Waste Sterilization
Solid waste sterilizer for medical waste and other contaminated pretreatment. The principle is the use of high temperature and pressure steam over a sufficiently long period of time in a variety of medical waste to kill virus germs, treatment and disposal of waste, reprocessing of medical waste and other solid waste treatment and disposal together with depth and resource utilization.
Refrigerated transport vehicles will transport contaminated medical waste and other solid waste to a processing center, after weighing equipped contaminated solid waste discharged into totes unloading platform. Hydraulic loading system processing center will be totes in contaminated solid waste into the loading cart. Track system lift lever will lift car loading, and moved forward, the charging car to high temperature and pressure steam sterilizer. Lever lift back when the lever lifts retreated in situ sterilization seal the door closed and hydraulic automatic safety lock. Vacuum system to remove air sterilization, steam sterilization at high temperature is conducive to quick access to the medical waste in each small space and improve the efficiency of sterilization. Steam inlet valve automatically open, began to pass into the interior of the sterilization pressure and temperature steam. When set to a sterilization time, sterilization steam inlet valve closes automatically, steam outlet drain valve automatically opens, sterilizer steam discharge. Track system lift lever automatically moves forward, lift automatically when the car reaches the sterilizer loading, retreated in situ. The sterilized solid waste volume reduction and then compressed and transported to a subsequent advanced treatment means.