33results about How to "Reduce condensation energy consumption" patented technology

The invention discloses a VOC normal-temperature condensation treatment system and a method utilizing static activity of activated carbon, and relates to the technical field of industrial emission VOCs treatment. The VOC normal-temperature condensation treatment system comprises a VOCs pretreatment system, a desorption condensation system, an auxiliary adsorption bed C, an adsorption bed A and anadsorption bed B; the adsorption beds A and B are connected with an adsorption fan through an adsorption air inlet valve; the adsorption fan is connected with the VOCs pretreatment system; the adsorption beds A and B are connected with the atmosphere through adsorption air outlet valves; the adsorption beds A and B are in serial closed connection through series valves Ab and Ba; and two ends of the adsorption bed A, the adsorption bed B and the auxiliary adsorption bed C are respectively connected with two ends of a desorption condensation system through desorption condensation valves. By adopting the treatment method of the system, the static activity of the activated carbon is fully utilized, the cost of the activated carbon is reduced, the service life is prolonged, and the recovered organic solvent is higher in purity and high in recovery efficiency; and a 2 + 1 mode is adopted, so that the control strategy is simpler, and the operation is more reliable.

The invention discloses an internal combustion engine tail gas utilization heat energy power system based on adjustable-pressure and stable-pressure condensation. The system comprises a gasifying device, a turbine, a condensation device and a one-way hydraulic pump for realizing circular communication through circulating pipes in sequence; circulating working mediums are in the circulating pipes; a heat collecting device is mounted at the external of the gasifying device, and is communicated with an internal combustion engine tail gas pipe; a working medium adjuster is arranged between the turbine and the condensation device, and includes a turbine current limiter and a pressure stabilizing and controlling machine; the pressure stabilizing and controlling machine includes a slow pressure current storage cylinder, a slow pressure piston and an air pressure adjuster; the top end of the slow pressure current storage cylinder is communicated with the circulating pipes, and the bottom end of the slow pressure current storage cylinder is communicated with the air pressure adjuster; and the slow pressure piston is mounted in the slow pressure current storage cylinder. The internal combustion engine tail gas utilization heat energy power system based on adjustable-pressure and stable-pressure condensation has such advantages as high heat energy conversion efficiency, stable operation and adjustable power.

The invention discloses a solar heat energy power system based on an eccentric turbine. The solar heat energy power system comprises a heat collection device, a gasifying device, the turbine, a condensation device and a one-way hydraulic pump, all of which are in circular communication sequentially through a circulation pipeline; circular working media are contained in the circulation pipeline, the heat collection device and the gasifying device are mounted in a solar light condensing cover, the condensation device is arranged outside the solar light condensation cover, the eccentric turbine comprises a turbine main case, a rotating turbine structure, an air inlet and an exhaust opening, a rotating shaft of the rotating turbine structure is eccentrically mounted in the turbine main case, and the air inlet and the exhaust opening are distributed in the two radial sides of the turbine main case. The solar heat energy power system based on the eccentric turbine has the beneficial effects of being high in heat energy conversion efficiency, large in turbine torque, adjustable in power and the like.

The invention discloses an internal combustion engine tail gas utilization heat energy power system based on multistage pressurization condensation. The system comprises a gasifying device, a turbine, a condensing device and a one-way hydraulic pump for realizing circular communication through circulating pipes in sequence; circulating working mediums are filled in the circulating pipes; a heat collecting device is mounted at the external of the gasifying device, and is communicated with an internal combustion engine tail gas pipe; the condensing device includes a condensing pipe, a cooling fan and multiple pressurization mechanisms; the cooling fan is mounted above or below the condensing pipe; and the pressurization mechanisms are uniformly distributed at the middle part of the condensing pipe stage by stage. The internal combustion engine tail gas utilization heat energy power system based on multistage pressurization condensation has the advantages of quicker condensing speed, capability of reducing the condensation energy discharge and improving the heat energy conversion efficiency, stable operation and power adjustability.

The invention discloses an oil field exhaust gas thermal energy power system based on semiconductor condensation. The oil field exhaust gas thermal energy power system comprises a gasification device, a turbine, a condensation device and a one-way hydraulic pump, wherein the gasification device, the turbine, the condensation device and the one-way hydraulic pump are connected in a circulating manner through a circulating pipeline. A circulating working medium is contained in the circulating pipeline. A heat collection device is installed on the exterior of the gasification device and is connected with an oil field exhaust gas combustion device. The oil field exhaust gas combustion device comprises an exhaust gas inlet, an oil field exhaust gas induced draft fan, an exhaust gas combustion chamber, a continuous fire guide device and a hot gas discharge pipe. The condensation device comprises condensation pipes and a cooling fan. The condensation pipes are formed by thermoelectric power generation pieces. The oil field exhaust gas thermal energy power system based on semiconductor condensation has a high condensation speed, can reduce condensation energy discharge and improve the thermal energy conversion efficiency, and is stable in operation and adjustable in power.

The invention discloses a solar heat energy power system based on honeycomb cavity gasification. The solar heat energy power system comprises a heat collection device, a gasification device, a turbine, a condensing device and a one-way hydraulic pump, all of which sequentially communicate with one another through a circulation pipeline. A circulation working medium is contained in the circulation pipeline. The heat collection device and the gasification device are installed in a solar light collecting cover. The condensing device is installed outside the solar light collecting cover. The gasification device comprises a solar gasification heat absorption cavity which is a cavity for gasifying the working medium in the gasification device. The gasification device is located in a heat collection cavity. The solar gasification heat absorption cavity is in a honeycomb cavity shape. The solar heat energy power system based on honeycomb cavity gasification has the beneficial effects of being high in gasification efficiency, high in heat energy conversion efficiency, adjustable in power and the like.

The invention discloses an internal combustion engine tail gas utilization heat energy power system based on honeycomb cavity gasification. The system comprises a gasifying device, a turbine, a condensing device and a one-way hydraulic pump, wherein the gasifying device, the turbine, the condensing device and the one-way hydraulic pump communicate in a circulating mode in sequence through circulating pipes; the circulating pipes are filled with circulating working mediums; a heat collecting device is mounted at the external of the gasifying device, and is communicated with an internal combustion engine tail gas pipe; the gasifying device includes a gasification cavity; the gasification cavity is a cavity for realizing gasification of a working medium in the gasifying device; the gasifying device is positioned in a heat collecting cavity; and the gasification cavity takes the shape of a honeycomb cavity. The internal combustion engine tail gas utilization heat energy power system based on honeycomb cavity gasification has such advantages as high gasification efficiency, high heat energy conversion efficiency and power adjustability.

The invention discloses a fuel gas heat energy power system based on multilevel pressurizing condensation. The fuel gas heat energy power system comprises a gasification device, a turbine, a condensing unit and a one-way hydraulic pump which circularly communicate with one another sequentially through circulating pipelines. The circulating pipelines internally contain a circulating working medium. A heat collection device is installed outside the gasification device and communicates with a fuel gas heat supplying furnace. The fuel gas heat supplying furnace comprises a fuel gas inlet, an air inlet, a mixed gas combustion chamber and an igniter. The condensing unit comprises a condenser pipe, a heat dissipation fan and a plurality of pressurizing mechanisms. The heat dissipation fan is installed above or below the condenser pipe, and the pressurizing mechanisms are evenly distributed in the middle portion of the condenser pipe in a step-by-step manner. The fuel gas heat energy power system based on multilevel pressurizing condensation has a high condensing rate, can reduce the condensing exhaust energy and improve the heat energy conversion efficiency and is stable in running and adjustable in power.

The invention discloses a biological fermentation thermal energy power system based on condensation of a semiconductor. The system comprises a heat collecting device, a gasifying device, a turbine, a condensing device and a one-way hydraulic pump which circularly communicate through a circulating pipeline; the circulating pipeline contains a circulating working medium, the heat collecting device and the gasifying device are mounted in a biological fermentation pond, and the condensing device is mounted on the outer side of the biological fermentation pond; the condensing device comprises a condensing pipe and a heat dissipation fan, and the condensing pipe is manufactured by a temperature difference power generating piece. The biological fermentation thermal energy power system based on condensation of the semiconductor disclosed by the invention has a relatively great condensing rate, can reduce energy discharge of condensation and improve the heat energy conversation efficiency, and is stable to operate and adjustable in power.

The invention discloses a gas heat energy power system based on honeycomb cavity gasification. The gas heat energy power system based on honeycomb cavity gasification comprises a gasifying device, a turbine, a condensing device and a one-way hydraulic pump for realizing circulating communication through circulating pipes; circulating working mediums are filled in the circulating pipes; the heat collecting device is mounted at the external of the gasifying device, and is communicated with a gas heating furnace; the gas heating furnace includes a gas inlet, an air inlet, a mixed gas combustion cavity and an igniter; the gasifying device includes a gasification cavity; the gasification cavity is a cavity for realizing gasification of a working medium in the gasifying device; the gasifying device is positioned in a heat collecting cavity; and the gasification cavity takes the shape of a honeycomb cavity. The gas heat energy power system based on honeycomb cavity gasification has such advantages as high gasification efficiency, high heat energy conversion efficiency and power adjustability.

The invention discloses an eccentric type turbine thermal energy power system using nuclear power plant thermal water discharge. The eccentric type turbine thermal energy power system comprises a thermal collection device, a gasifying device, a turbine motor, a condensation device and a one-way hydraulic pump which are sequentially and circularly connected through circulating pipelines. A circulating working medium is contained in the circulating pipelines. The thermal collection device and the gasifying device are mounted in a nuclear power plant thermal water discharge channel. The condensation device is mounted in a deepwater low temperature zone. The eccentric type turbine motor comprises a turbine motor shell, a rotary turbine structure, a gas inlet and a gas exhaust port. A rotary shaft of the rotary turbine structure is eccentrically mounted in the turbine motor shell. The gas inlet and the gas exhaust port are distributed in the radial two sides of the turbine motor shell. The eccentric type turbine thermal energy power system using the nuclear power plant thermal water discharge has the advantages that the thermal energy conversion efficiency is high, the turbine moment is large, and the power is adjustable.

The invention discloses warm drainage cooling equipment and a method, and belongs to the technical field of warm drainage cooling. The equipment comprises a cooling box which comprises a heat exchangetube bundle arranged in a penetrating manner, a spraying device arranged in the cooling box, and a seawater pipeline; a compressing and condensing device which comprises a condenser arranged at the top, a piston arranged at a bottom opening, a fresh water pipeline and a second valve arranged on the fresh water pipeline; a steam pipeline which is used for communicating the cooling box with the interior of the compressing and condensing device; and a first valve which is arranged on the steam pipeline. The equipment has the beneficial effects that the heat of warm discharged water of a power station can be absorbed through seawater evaporation, so that the warm discharged water of the power station is cooled, the thermal pollution influence of the warm discharged water on a sea area is relieved, seawater desalination is realized while the warm discharged water is cooled, and the economic cost of the power station warm discharged water cooling process is integrally reduced.

The invention discloses an oil field waste heat energy power system based on gasification of a cellular cavity. The system comprises a gasification device, a turbine, a condensing device and a one-way hydraulic pump which are circularly communicated successively through a circulating pipeline; the circulating pipeline comprises a circulating working medium, a heat collecting device is mounted on the outer side of the gasification device, the heat collecting device communicates with an oil field waste gas combustion device, and the oil field waste gas combustion device comprises a waste gas inlet, an oil field waste gas induced draft fan, a waste gas combustion chamber, a lasting fire guider and a hot gas discharge pipe; the gasification device comprises a gasification chamber is a cavity where the working medium in the gasification device is gasified; the gasification device is located in the heat collecting chamber, and the gasification chamber is cellular. The oil field waste heat energy power system disclosed by the invention has the advantages of high gasification efficiency, high heat energy conversion efficiency, adjustable power and the like.

The invention discloses an internal combustion engine exhaust gas utilization heat energy power system based on working medium cyclic condensation. The internal combustion engine exhaust gas utilization heat energy power system comprises a gasification device, a turbine, a condensation device and a unidirectional hydraulic pump which cyclically communicate with one another in sequence through a circulating pipeline, wherein a circulating working medium is accommodated in the circulating pipeline; the heat collection device is mounted outside the gasification device, and communicates with an internal combustion engine exhaust gas pipe; the gasification device comprises a gasification cavity and a preheating cavity pipe; a pre-condensation cavity is arranged at an exhaust opening of the turbine; and the preheating cavity pipe and the pre-condensation cavity are in contact in parallel. The internal combustion engine exhaust gas utilization heat energy power system based on working medium cyclic condensation can accelerate condensation, improve the efficiency of the turbine and reduce the discharging amount of heat energy, so that the heat energy conversion efficiency can be improved.

The invention discloses a working medium circulation condensation heat energy power system utilizing heat water drainage of a nuclear power station. The working medium circulation condensation heat energy power system comprises a heat collection device, a gasification device, a turbine, a condensation device and a one-way hydraulic pump which are sequentially in circulation communication through a circulation pipeline. A circulation working medium is included in the circulation pipeline. The heat collection device and the gasification device are mounted in a heat water drainage channel of the nuclear power station. The condensation device is mounted in a deep water low-temperature area. The gasification device comprises a gasification heat absorption cavity and a preheating cavity pipe. A pre-condensation cavity is formed in an exhaust opening of the turbine, and the preheating cavity pipe and the pre-condensation cavity are in parallel contact. According to the working medium circulation condensation heat energy power system utilizing heat water drainage of the nuclear power station, condensation can be accelerated, the efficiency of the turbine can be improved, the discharge amount of heat energy can be reduced, and therefore the conversion efficiency of the heat energy is improved.