Abstract:
산업용 연소설비로 공급되는 연료 유량계로부터의 신호에 의해, 산업용 연소설비의 운용 상황을 파악하고, 폐액의 유량을 정확히 나아가 적절히 콘트롤함에 의해 저연소시·연소정지전·착화직후 미처리 폐액의 배출을 방지함과 동시에 폐액의 혼합에 동반하는 연료계나 연소실이나 연도(煙道)등으로의 악영향을 방지하고, 폐액의 종류나 연소설비에 따라 최적의 폐액처리를 실현할 수 있다.
Abstract:
A waste plastic treating method and an apparatus are provided to prevent various harmful matters from being generated, by producing plastic resin and H2(Hydrogen-2) gas as by-products. A waste plastic treating method comprises the steps of: crushing waste plastic; pouring the crushed waste plastic into a waste plastic treating device; applying compression friction heat while heating the input waste plastic by a ceramic heater, and melting the waste plastic by a hydrogen molecule separation method adopting induction heat; hydrogenating the melted material by adding an alumina carrier; melting and crystallizing the hydrogenated material in a vacuum distillation device; and synthesizing C2H4(Ethylene) and C6H6(Benzene) by cooling down obtained crystals and generating H2 gas as by-products. The hydrogen molecule separation method is executed by applying high-voltage electricity of 3kW and super-high frequency of 2,450MHz in an induction heat device(12-1).
Abstract translation:提供废塑料处理方法和装置,通过生产塑料树脂和H2(氢气)作为副产物来防止产生各种有害物质。 废塑料处理方法包括以下步骤:破碎废塑料; 将破碎的废塑料倒入废塑料处理装置中; 在陶瓷加热器加热输入的废塑料的同时施加压缩摩擦热,并通过采用感应热的氢分子分离方法熔化废塑料; 通过添加氧化铝载体来氢化熔融的材料; 在真空蒸馏装置中熔化和结晶氢化材料; 并通过冷却所得晶体并产生H 2气作为副产物合成C 2 H 4(乙烯)和C 6 H 6(苯)。 通过在感应加热装置(12-1)中施加3kW的高压电力和2,450MHz的超高频的氢分子分离方法。
Abstract:
개시된 내용은 쓰레기 소각시 발생되는 연소가스와 재를 정화하여 배출하고, 열로 처리되는 모든 쓰레기(핵폐기물 포함)를 소각 처리할 수 있는 쓰레기 처리장치에 관한 것이다. 이 쓰레기 처리장치는, 모터에 의한 칼날의 회전으로 쓰레기를 분쇄하는 분쇄기와, 상기 분쇄기로부터 배출되는 쓰레기를 가연성 쓰레기와 불연성 쓰레기로 선별하는 동시에 세척하는 선별기와, 상기 선별기에서 분리 배출된 가연성 쓰레기를 스크류의 회전에 의해 탈수하는 탈수기와, 상기 탈수기에서 배출된 쓰레기를 컨베이어로 이동시키면서 가열 건조하는 1차 건조실과, 상기 1차 건조실에서 배출된 마른 쓰레기를 이동시키면서 소각 처리하는 연소실과, 상기 연소실에서 배출되는 재를 열탕 처리하는 독소제거실과, 상기 연소실에서 배출되는 연소가스에 물을 분사하여 정화하는 분사정화실과, 상기 독소제거실에서 배출되는 젖은 재를 컨베이어로 이동시키면서 가열 건조하는 2차 건조실로 이루어진다. 이와 같은 쓰레기 처리장치는, 매우 높은 열효율을 갖고 있어 쓰레기 처리 능력이 우수하고, 이에 따라 적은 인원으로도 충분히 시스템을 유지할 수 있으며, 핵폐기물 등을 포함하여 열로 처리되는 모든 폐기물을 거의 대부분 소각 처리할 수 있다. 또한, 본 고안은 유해한 연소가스를 안에서 순환시켜 모두 정화한 후 배출하므로 공해가 거의 없어 환경보호에 일조하게 된다.
Abstract:
The invention relates to a method for exploiting stubble, comprising a previous phase of conditioning the stubble, involving the operations of harvesting and parching by separating the straw and the seed plants; obtaining two fractions respectively corresponding to the leaflet or the pith; and cutting the straw in order to obtain a low-density fraction and a second high-density fraction from which subsequently two further fractions corresponding to the pith or the fibre are obtained, and an exploitation phase wherein at least part of the leaflet fractions is burned in order to obtain calorific energy, part of the fibre fraction is used in the production of papermaking pulp, and alcohol and lignin as sub-products, part of the pith fractions obtained is used in the production of animal feed, and the parts of the fractions not used in the production of the cited products are used to obtain alcohol and/or animal feed.
Abstract:
The invented waste plastic treatment device and its method do not need to separate the waste plastic substance according to the amount of molecules, low density substance, complex substance, and high density substance. The device can take in any mixture of waste plastic substance. Through the process of applying heat through external ceramic heater, dielectric heating by utilizing the compatible characteristics of the molecules, and generating internal friction heat in the hydrogen molecule by inflicting high voltage electricity of 3kW and ultra high frequency of 2,350MHz, the waste plastic substance is simultaneously liquefied and re- manufactured into a liquid compound, ultimately producing the plastic's original material and pure energy H2 as by-product. The invention can basically eradicate the problems such as exhaustion of natural resources, destruction of the ozone layer, and generation of various harmful gases that cause the change in global weather. It will prevent the destruction of the earth and protect the life and health of humans, animals and plants, while preventing the deadly damages to the nature and the environment.
Abstract:
A waste water disposal method using an industrial combustion equipment, comprising the steps of detecting the operating state of the industrial combustion equipment by signals from a flowmeter for fuel supplied to the industrial combustion equipment, and accurately and properly controlling the flow of waste water, whereby undisposed waste water can be prevented from being discharged during low combustion, before stopping combustion, and immediately after ignition and a fuel system, combustion chamber, and flue can be prevented from being affected by the mixing of the waste water to provide an optimum waste water disposal according to the types of the waste water and combustion equipment.
Abstract:
A system for disposing of municipal solid waste (10) provides commercially-available equipment that is modified to initially remove identifiable unwanted components from the waste (12), and then chop the waste into small pieces (16) of a size suitable for handling and combustion. The moisture content of the waste is reduced in a closed system (20) by passing dry air through the waste in a confined space (30) to absorb moisture and produce moist air, which is then dehumidified via refrigeration equipment (34). The dehumidified air is recycled (30, 40) through the waste repeatedly through the closed system (20) until the water content has reached the predetermined amount. The waste is stored in a bunker (41) for later burning, or is immediately burned in a furnace (24) to produce heat that is used to produce steam (50), which drives a generator (26) to produce electricity (52) that is partly used to power the process and partly sold commercially.
Abstract:
The present invention relates to a carbonization process of rubber products such as shredded waste tyre and the like in a sealed carbonizing vessel (200) whose operating pressure is below atmospheric pressure and under controlled high temperature environment while continuously being moved in a defined path at a controlled speed thus enabling shredded tyre to be fed constantly into the vessel (200) while the by-products of the carbonization process are continually discharged.
Abstract:
The method aims at obtaining from waste and more particularly from municipal solid waste (MSW) the energy contained therein at the highest level for industrial use by means of natural technologies and with low environmental impact. The method, denoted by the acronym NEW (Natural Energy from Waste) operates through the following process phases: a) aerobic digestion of the putrescible biological part to produce stabilised waste which is easy to handle, b) separation of a fraction rich in materials with a high heat value, c) storage of the residue, rich in biodegradable and inert substances, compacted into appropriate geometrical shapes in bioreactors which can be activated and sealed, d) activation of the bioreactors with water and their service in time during anaerobic digestion to supply biogas to be used for the production of energy, e) bio-stabilisation and dehydration of the residual material of the anaerobic treatment with air, f) possible recovery of the materials produced in this way. In this way the energy contained in the waste, is extracted at the most refined level in the form of plastic, plastic/paper and methane for energy uses with maximum yield and reduced production of ash, and the end material leaving the bioreactors is fully exhausted of its energy content and inertised.
Abstract:
The present invention relates to a waste treatment apparatus capable of purifying and discharging combustion gas and ashes occuring during a waste incineration and burning up all kinds of wastes (that might be burned up) including nuclear wastes. There are provided a toxic removing chamber and an injection purification chamber for purifying ashes and combustion gas. Therefore, it is possible to circulate and purify harmful combustion gas and to discharge the same, so that pollution is not caused. In addition, a non-toxic that is prodiced by a small amount may be used as fertilizer. The environment protection is achieved.