47results about How to "Zero consumption" patented technology

The invention provides a process technology for granulating blast-furnace slag and utilizing waste heat. The process technology is characterized by comprising the following steps of: performing primary cooling and triple granulation on high-temperature molten slag from a blast furnace in a slag primary cooling device to form fine granules with diameter of less than 3mm and temperature of about 800-1,000 DEG C; discharging the fine granules through a high-temperature slag discharge valve; entering a slag basket and conveying to the upper part of a slag secondary cooling device; falling to the lower part of the slag secondary cooling device along a plurality of layers of baffle heat exchange components which are arranged in the slag secondary cooling device; and cooling to about 200 DEG C and discharging through a low-temperature slag discharging valve, wherein waste heat of normal pressure steam of 200 DEG C can be recovered by the slag primary cooling device; and waste heat of hot circulating air of over 600 DEG C can be recovered by the slag secondary cooling device. The invention provides equipment for granulating blast-furnace slag and utilizing waste heat. The equipment mainlycomprises the slag primary cooling device, the slag secondary cooling device, a waste heat boiler and the like. The process technology and the equipment have the advantages of good granulation effectof the molten slag, small and uniform size of slag granules, almost zero new water consumption and low environmental pollution.

The invention provides a method and system for drying and incinerating urban household garbage through a dry-process rotary kiln. The method comprises the following steps: feeding wet garbage into a C5 blanking pipe, fast drying and alkalizing the garbage by utilizing high-temperature powder in the C5 blanking pipe, enabling the dry and easily-combustible garbage to enter in a kiln tail smoke chamber along with the powder, so as to be fast gasified and combusted, pumping high-temperature steam and combustion waste gas generated due to combustion through a bypass flue, mixing cold wind through a bypass fan so as to be mixed and regulate the temperature, and collecting dust through a dust collector, wherein the residual heat of dust-removed waste gas is used for power generation of a cement kiln waste heat power generation system, or productive drying, or can be discharged after dust is finely collected; calcining untimely burnout garbage and burnout slag into clinker in the rotary kiln along with raw materials; and enabling untimely burnout hydrocarbon compounds to ascend into a decomposing furnace for continuously burning. The invention further comprises the system for drying and incinerating urban household garbage through a dry-process rotary kiln. According to the method and system, the problems that the urban household garbage causes the influence on a kiln condition and the increase of coal consumption can be solved, and the sticking and plugging of a kiln system caused by the water in the garbage and chlor-alkali can be effectively eliminated.

The invention provides a water drawing device and a water drawing method using the water drawing device. The water drawing device comprises a water delivery device, a water source tank and a water pump. The water delivery device comprises a water delivery pipe and a sealed water tank. When the water drawing device runs, multiple places can be irrigated at the same time or water can be drained through multiple pipes at the same time, time is saved, the irrigation efficiency and the water draining efficiency are improved, and then the losses caused when irrigation or water draining is not carried out in time are reduced; and energy consumption can tend to zero, unattended water drawing can be achieved, running can be safe, the related expense of pump station managing persons is greatly reduced, and unmanned management of pump stations is really achieved.

The invention discloses a system based on a cold-warm/dry-wet and purifying environment in a ground temperature adjusting space. According to the system, preliminary heat exchange is performed on inside storage water or air through a storage tank, the sufficient water or air is provided for an electric pump, electric energy is saved, most of heat is exchanged, dissipated or absorbed through M planar cool-heat exchangers, deep heat exchange is carried out through an M-type stereoscopic absorber, and an air-conditioning outdoor unit can be replaced, so that the temperature of the water or the air is kept to be equal to the temperature of a geothermal source, a cold-warm/dry-wet and purifying adjuster conveys absorbed geothermal energy to the space which needs refrigerating, heating or/and air dry-wet adjustment and purification, an air-conditioning indoor unit can be replaced, and the system saves energy and is environmentally friendly. Outside air or water is used for heat transfer, only geothermy is used instead of underground water, the system belongs to the advanced energy-saving technology without using underground water, and various zero-pollution, zero-discharge and zero-consumption geothermal systems are created, and benefits are brought to mankind.

This invention relates to a kind of three-phase AC permanent magnetic synchronous electric motor of variable-frequency timing containing a stator winding and a permanent magnet rotor etc. with the characteristics of adopting star-shaped connections by the stator winding, when designed basic frequency is 50Hz, 100Hz, 150Hz and 250Hz, and with reference of 50Hz the numbers of conductors of each phase winding of the motor stator should be 0.7, 0.58, 0.5 and 0.45 times of 50Hz, and the cross section areas of the conductors should be 1.414, 1.73, 2, and 2.24 times of 50Hz, the said rotor permanentmagnet and the magnet-conductive metal core share the perimeter of the rotor and the magnetic density generated by the permanent magnet should be one third of the density of the stator electric magnet. The numbers of the electric conductive

The utility model relates to a mine water waste heat extraction and utilization system, and belongs to the technical field of mine waste heat utilization. The mine water waste heat extraction and utilization system is characterized in that a heat pump water source unit (2) is included, the heat pump water source unit (2) is provided with a mine circulating water feeding pipe (3) and a water returnpipe (4), the heat pump water source unit (2) is connected with a mine water lifting device through he mine circulating water feeding pipe (3), the heat pump water source unit (2) is connected with awater return pool (5) through the water return pipe (4), and the mine water lifting device communicates with a downhole roadway (9). The mine water waste heat extraction and utilization system fullyutilizes the storage function of the abandoned roadway, realizes the purposes of temperature rise for energy storage in summer and heat release for energy release in winter of a roadway water body, reasonably stores, transfers and extracts energy, can maintain the operation of the water source heat pump unit, can realize zero discharge of external circulating water and is considerable in economicand social benefit.

This invention relates to a single phase AC permanent synchronous electric motor composed of a stator winding and a permanent magnet rotor in which the stator winding contains a main winding and a sub winding the same wire gauge and conductor coil numbers composed of single-layer single lap or single-layer cross winding. The permanent magnet of the rotor and the magnet conductive core share the perimeter of the rotor and the magnetic density generated by the permanent magnet should be one third of that of the stator electric magnet and the electric-conduction metal bar numbers of the rotor squirrel-cage are determined by 0.81-0.92 times of those of the stator core slots. The invention ensures the efficiency power and torque outupt with high efficiency and electricity energy saving.

A spraying waste gas purification method and device, the method includes the following steps: passing the spraying waste gas into a preheater for heating, drying the paint mist particles in the spraying waste to form paint mist powder; passing the spraying waste gas carrying the paint mist powder into the The dust collector is filtered, and the filtered spraying exhaust gas is passed into the catalytic burner. The above-mentioned device includes a preheater, a dust collector and a catalytic burner. A preheating chamber is arranged in the preheater, and there are many A preheating pipe, one end of the preheating pipe communicates with the inlet of the preheater, the other end communicates with the outlet of the preheater, the outlet of the preheater communicates with the inlet of the precipitator, and the outlet of the preheater communicates with the inlet of the catalytic burner The outlet of the catalytic burner is communicated with the inlet of the preheating chamber through the thermostat. This method skillfully heats the spraying exhaust gas through the preheater, thereby drying the paint mist particles in the spraying exhaust gas, and then filtering the paint mist through the dust collector. Powder, to achieve the filtration of paint mist particles in the spraying exhaust gas, so that the paint mist can be effectively treated, and the filtration is convenient, the filtration effect is stable, and the filtration cost is low.

The invention relates to the field of methanol preparation with zero carbon emission, and particularly discloses a method for preparing methanol with near zero carbon emission by coupling gasification of a pulverized coal waste boiler with green electricity and green hydrogen, which comprises the following steps: oxygen generated by an air separation device and oxygen by-produced by a water electrolysis device react with coal in a gasification device of the pulverized coal waste boiler to obtain synthesis gas; the pulverized coal waste boiler gasification device recovers heat of high-temperature synthesis gas through a waste heat boiler and a steam superheater to produce high-pressure superheated steam, and the high-pressure superheated steam is sent to an air separation device to drive an air compressor turbine; the synthesis gas is conveyed to a heat recovery device for further heat recovery; the synthesis gas discharged from the heat recovery device is sent to a purification device, only sulfur-containing acid gas is removed, decarburization is not needed, and purified gas containing carbon monoxide, hydrogen and carbon dioxide is obtained; one part of electric energy generated by the new energy power generation system is transmitted to the water electrolysis hydrogen production device, one part is used by other electric facilities of the whole plant, and the rest part is transmitted to the energy storage device to be stored.

The invention discloses a simulation experiment system having a dynamic response. The simulation experiment system comprises a center control module and a simulation experiment equipment module which are in communication connection, wherein the center control module is used for detecting the connection state of the simulation experiment equipment module in real time, and providing physical parameter values and physical state for the simulation experiment equipment module according to the connection state of the simulation experiment equipment module; and the simulation experiment equipment module is used for displaying physical phenomenon and responding to the operation of users. The simulation experiment system in the invention can generate corresponding physical phenomenon and physical parameter attributes in real time when the user operates simulation experiment equipment in a simulation experiment, thereby enabling the experimenter to carry out the physical experiment in a low-cost and zero-consumption manner and to know the corresponding physical changes generated in the experiment.

The invention provides an energy gathering pumping device which comprises multiple groups of n-shaped pipelines, a water injection cabin, a water injection pipeline, a negative pressure pipeline, a pumping pipeline and a sealing water tank, wherein the water injection cabin is communicated with a water injection pump in an upstream water source by a water pump pipeline; the tops of the multiple groups of n-shaped pipelines are respectively communicated with a water source cabin by the water injection pipeline provided with a water injection pipeline valve; the tops of the multiple groups of n-shaped pipelines are communicated with the sealing water tank by the negative pressure pipeline provided with a negative pressure pipeline valve; the side part of the sealing water tank is communicated with a downstream water source by the pumping pipeline provided with a pumping pipeline valve; a ventilating valve is arranged at the upper part of the sealing water tank, and a water discharge pipeline provided with a water discharge valve is arranged at the lower part of the sealing water tank. The device has the advantages of achieving the effect that energy consumption approaches to zero, realizing unattended operation in pumping, being safe in operation, greatly reducing relative charge against revenue for pump station managers, and truly achieving unattended management for the pump station.

The present invention discloses a hydraulic inertia driving generator which comprises a power supply component and a hydraulic system. The hydraulic system comprises a hydraulic motor, a hydraulic cylinder, an oil pump and a hydraulic rod. The hydraulic motor is connected with the power supply component which is a storage battery component which is divided into two groups to supply power to the hydraulic system. The power supply component is connected to the hydraulic motor through an inverter. The hydraulic motor is connected to the oil pump. The hydraulic cylinder is connected to the hydraulic rod. A transmission shaft is arranged above the hydraulic rod. The parallel teeth in the hydraulic rod is engaged with a reverse gear arranged on the transmission shaft. Two sides of the reverse gear in the transmission shaft are provided with two inertia flywheels. The transmission shaft is connected to an AC generator through a speed increaser. According to the embodiment of the invention, the switch is automatically switched through control, storage batteries are alternatively switched to supply power to an AC motor, e potential energy is converted into kinetic energy and then is converted into alternating current, the hydraulic inertia driving generator has the functions of self power generation and self charging, the energy consumption and maintenance cost are reduced at the same time, and the hydraulic inertia driving generator is a low-carbon, energy-saving, environmental-friendly power generation device.

The invention discloses an ophiopogon japonicas drying method which comprises the following steps: (1) washing ophiopogon japonicas; (2) pre-drying; (3) drying and rooting; (4) repeating the step (3)for 4 times, then utilizing a graded sieve to filter the ophiopogon japonicas, and separately collecting the filtered ophiopogon japonicas and the unfiltered ophiopogon japonicas; (5) conducting the drying and rooting operation in the step (3) on the unfiltered ophiopogon japonicas continuously, then mixing with the filtered ophiopogon japonicas in the step (4), cooling to the room temperature, and spreading the mixture indoors at the thickness of 8-12 cm for 3-5 hours. According to the method, not only the ophiopogon japonicas drying efficiency is improved, but also the loss of nutrients is reduced.

The invention discloses a novel bidirectional liquid pipe drying and filtering device for a heat pump and a manufacturing method of the novel bidirectional liquid pipe drying and filtering device. The liquid pipe drying and filtering device comprises a copper pipe and end covers; a rotary filter element body comprising a drying cylinder and locating plates is arranged in the copper pipe; the locating plates are located at two sides of the drying cylinder; a drying pipe is arranged inside the drying cylinder; negative-pressure plates are uniformly arranged at the outer side of the drying pipe; two ends of the rotary filter element body are connected with limited posts through sealing covers; and the limited posts are fixedly connected with the copper pipe through cross beams. The manufacturing method comprises the steps of 1) manufacturing the copper pipe and the end covers; 2) manufacturing and assembling the rotary filter element body; 3) assembling the rotary filter element body and the copper pipe; 4) sealing the end covers; and 5) testing the liquid pipe drying and filtering device. The manufacturing method disclosed by the invention is simple in step and convenient to mount and dismount; and not only are the sealing, drying and filtering effects of the drying and filtering device improved, but also the working stability of the whole drying and filtering device is improved, and the manufacturing process is shortened.

A kind of PV-LED solar photovoltaic cell road warning device of the present invention, it comprises PV-LED solar photovoltaic cell assembly, LED display screen, indicator light, siren, frame body and microcomputer controller, it combines advanced solar photovoltaic cell assembly and The warning device is concentrated in a frame, and a transparent protective cover is installed on the solar photovoltaic cell module Shanghai. Low-voltage direct current can avoid the danger of electric shock; this invention fully demonstrates its high safety, strong energy saving and zero consumption characteristics.

The invention relates to the technical field of powder coating, in particular to powder coating equipment. The powder coating equipment comprises a sorting machine and equipment integrating wind powersuction, cyclone separation and dust removing. The sorting machine is fixedly connected with a feeding pipe, the end, away from the sorting machine, of the feeding pipe is fixedly connected with a grinding head, a pipeline connector is fixedly arranged on the base surface of the grinding head, and the end, away from the grinding head, of the pipeline connector is connected with a pipeline in a sleeved mode. A port at the top of the equipment integrating wind power suction, cyclone separation and dust removing is fixedly connected with an upper end cover plate, the end, away from the equipmentintegrating wind power suction, cyclone separation and dust removing, of the upper end cover plate is fixedly connected with an impulse air pocket, a pipeline is fixedly connected with the equipmentintegrating wind power suction, cyclone separation and dust removing, and the end, away from the equipment integrating wind power suction, cyclone separation and dust removing, of the pipeline is fixedly connected with an induced draft fan. A flange cover is arranged between the cyclone separation and dust removing integrated equipment and a tapered collection barrel, the flange cover is detachable, and thus the space in the barrel can be cleaned conveniently.

The invention relates to the technical field of tungsten smelting processing, in particular to a method for recycling ammonia gas in production of ammonium paratungstate. Ammonia gas is completely separated out mainly through two times of gas-liquid separation of different degrees, pure ammonia gas is obtained, and therefore follow-up ammonia gas treatment is simpler and more convenient, and recovery is more complete. Most of ammonia gas is conveyed into a spray adsorption tower, ammonia gas is sprayed and adsorbed through hydrochloric acid to obtain an ammonium chloride solution, the ammoniumchloride solution is collected in a container, then the ammonium chloride solution is used for dissolving the remaining ammonia gas through a Venturi device with a certain height, the remaining ammonia gas is also collected in the container, and therefore cyclic and continuous absorption of the ammonia gas is achieved, and it is guaranteed that the ammonia gas is completely absorbed.