Fuel replacing coal of civil use and industrial use, and its prepn. process
An industrial and fuel technology, applied in the direction of fuel, solid fuel, waste fuel, etc., can solve the problems of calorific value, insufficient combustion time, easy smoke of fuel, unstable combustion, etc., to save fossil fuels, low fuel cost, Effects that bring social and economic benefits
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[0020] Example 1: The weight of each component in the batching is: 690 kg of compressed biomass particles (accounting for 69%), 250 kg of loess (accounting for 25%), and 60 kg of water (accounting for 6%). Corn stalks (or stems, stems, branches, leaves, roots, husks, skins, and shavings of one or more mixtures of grass and woody plants) are crushed in a crusher. The diameter of the crushed material is preferably smaller than 3mm. Then the scraps are put into a pellet molding machine for extrusion molding to obtain compressed pellets of biomass. The compressed particles have a diameter of 0.15-1.5 cm and a length of 0.5-5 cm. The compactness requires 13 minutes of watering, and the particles do not expand. The production method of the present invention is to mix 650 kilograms of compressed pellets of biomass, 250 kilograms of loess, and 100 kilograms of water, stir, and form the fuel in the shape of briquettes (or spread out into blocks) by extrusion molding by a molding machine. D...
Example Embodiment
[0021] Example 2: The weight of each component in the batching is: 700 kg (70%) of compressed particles of organic matter of urban and rural household garbage, 180 kg (18%) of loess, and 120 kg (12%) of water. The organic matter of urban and rural household garbage such as waste plastics and packaging materials are crushed in a crusher, and the diameter of the scraps is preferably less than 3mm. Then the scraps are put into a pellet molding machine for extrusion molding to obtain compressed pellets of organic matter from urban and rural household garbage. The compressed particles have a diameter of 0.2-1.5 cm and a length of 0.3-5 cm. The production method of the present invention is to mix 700 kilograms of compressed particles of urban and rural household waste organic matter, 180 kilograms of loess, and 120 kilograms of water, stir, and extrude them by a molding machine to form honeycomb briquettes (or disperse them to form blocks). The fuel is dried to obtain solid fuel.
Example Embodiment
[0022] Example 3: The weight of each component during the batching is: industrial waste residue organic material (it can be one or several mixtures of furfural residue, brewing residue, oily mud, and scrap rubber). This example is Two mixtures of furfural residue and scrap rubber) 690 kg (69%), 160 kg loess (16%), and 150 kg water (15%). The production method of the present invention is to pulverize waste rubber in a pulverizer to obtain scraps of waste rubber. Mix 690 kilograms of furfural slag and scraps of waste rubber, 160 kilograms of loess, and 150 kilograms of water, stir, and extrude them by a molding machine to form a honeycomb-shaped (or spread out into a block) fuel. Dry, solid fuel is obtained.
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