54results about How to "Realize economic value" patented technology

The present invention relates to a system for converting greenhouse gas emissions to carbon credit and a method for the same. The system for converting the greenhouse gas emissions to carbon credit includes a carbon emission reduction device which detects an amount of fuel filled in a vehicle and an amount of fuel used by the vehicle, minimizes the supply of fuel to the engine of the vehicle to prevent excessive fuel consumption and limit carbon emissions when the vehicle does not move within a preset time, supplies fuel to the engine of the vehicle in a normal manner when the vehicle is moved according to detection of the acceleration pedal of the vehicle, generates carbon dioxide reduction information by adding or subtracting an emitted amount of carbon dioxide that is limited during an idling prevention time to or from the emitted amount of carbon dioxide of the vehicle, and converts the carbon dioxide reduction information to carbon credit which includes a generated economic value upon reduction of a ton of carbon emissions. According to the present invention, a greenhouse gas reference emission amount for the vehicle may be reduced, and the greenhouse gas reduction amount for the vehicle may be converted into carbon credit that includes an economic value through the carbon emission reduction device so as to induce active participation by individuals for the reduction of greenhouse gas. Thus, the country, companies, and also individuals may play a role in resolving the problem of global warming, and the economic value of carbon credit generated by reducing the greenhouse gas from the vehicle may be sold or transferred to or acquired from the country or companies to provide economic benefit to the individual and stable growth for the companies.

The invention relates to an energy-saving two-section type thermal treatment furnace for an organic chemical industrial effluent, which comprises a furnace body and a furnace body bracket, wherein the furnace body has a vertical cylindrical structure; an igniting hole, a heating igniting device and a protective cover are arranged at the center of a steel plate of the furnace body bracket; the furnace body is composed of upper and lower two sections; a tapered separating plate is arranged between the two sections and the furnace body is divided into two combustors; an air outlet and a long-time burning device are arranged on the separating plate; a vertical concentration pipe is arranged in a first combustor; the upper part of the concentration pipe is bent and extends out of the furnace; a liquid inlet pipe is arranged outside the first combustor and is inserted into the concentration pipe; and an oxygen inlet pipe is arranged outside a second combustor and is inserted into the long-time burning device. The energy-saving two-section type thermal treatment furnace for the organic chemical industrial effluent has the advantages that: the thermal treatment furnace is simple in structure, convenient to operate and low in cost, and under the condition of loading auxiliary fuels, the burning of the organic effluent is burned, so that the organic effluent is concentrated and burnt and the generated steam is recycled, so as to achieve the energy-saving and environment-friendly purposes and realize the important economic value, environmental value and social value.

The invention relates to a method for realizing ''more rules one'' electronic approval of multi-type planning schemes. The method comprises: presetting a GIS (Geographic Information System) database; extracting / reading reference data from the GIS database; creating or entering a space planning scheme for an electronic approval system; comparing the space planning scheme with the reference data, and coordinating a land block; and storing the coordinated / processed space planning scheme into the GIS database. According to the method disclosed by the invention, contradiction of the space planning scheme among various departments can be solved, administrative examination efficiency is improved, and economic values of construction land are realized to a maximum limit.

The invention discloses a method for making pulp and paper by using distiller's grains from sweet sorghum stalks. This method includes four steps. The first step is ethanol fermentation and distillation: take 16 tons of sweet sorghum stalks with a water content of 70%, grind them through a grinder, add the cultured yeast seed liquid at a ratio of 15% (v / m), and carry out Ethanol fermentation and distillation to obtain 1 ton of ethanol with a mass fraction of 95% and 16 tons of hot distiller's grains with a water content of 80% at a temperature of 94°C; in the second step, the hot distiller's grains are directly sent to a disc refiner for fiber separation and broom 14 tons of slurry with a water content of 85% are obtained, the disc grinding distance is 0.002m, and the refining concentration is 20% (w / w). In the third step, 2.1 tons of waste paper pulp boards are decomposed by a fiber decomposer and then sent to the Valley beater Beat the pulp to 36oSR to obtain 10.5 tons of slurry with a water content of 80%. In the fourth step, the distiller's grain fiber pulp obtained in the second step and the waste paper pulp obtained in the third step are mixed in a ratio of 1:1 to make paper to obtain 4.2 tons of base paper. The invention is used for the pulping and papermaking of distiller's grains from sweet sorghum stalks.