62 results about "Greenhouse effect" patented technology

The invention relates to the technical field of power systems, in particular to a wind-solar-thermal storage integrated comprehensive energy system and a multi-objective optimization method. The thermal power plant is optimized by connecting the thermal power plant with the carbon capture device and the steam extraction energy storage device, carbon dioxide generated during operation of the thermal power plant is captured through the carbon capture device and stored or utilized, and therefore the carbon dioxide entering the atmosphere is reduced, and the influences of the greenhouse effect and the climate change are relieved; the amount of carbon dioxide which can be captured by the carbon capture device is increased, excess heat generated in the energy production process is stored in a steam extraction mode through the steam extraction energy storage device, then the stored heat energy is supplied to heating or driving mechanical equipment in the peak period of energy demand, the utilization efficiency and sustainability of energy are improved, and the energy utilization rate is increased. The heat storage capacity of the system is improved while carbon emission is reduced, the energy storage cost is reduced, and low-carbon economical operation of the system is achieved.

A method and apparatus for monitoring greenhouse effect pollutants generated by fuel combustion, which method and apparatus belong to the technical field of flue gas monitoring. The monitoring method comprises: by using a diffusion position at a previous moment as a tracking point, determining a diffusion position at a current moment on the basis of an image recognition and tracking method, wherein the diffusion position is the position where a flue gas generated by fuel combustion diffuses in the ambient atmosphere (101); and performing flue gas collection at the diffusion position at the current moment, and performing monitoring, so as to obtain a monitoring result at the current moment (102). In the monitoring method, a flue gas diffusion position is tracked in a real atmospheric environment on the basis of the image recognition and tracking method, and monitoring is performed at the diffusion position, such that monitoring of fuel combustion emission in a real atmospheric environment is realized.

The invention belongs to the technical field of non-phase-change refrigeration, and particularly relates to a non-phase-change active refrigeration method and device based on salt solution precipitation and dissolution under pressure regulation and control and application. The saline solution is used for refrigeration, greenhouse gas is not generated, dependence on fluid media in the heat transfer process is avoided, and environmental protection and high efficiency are achieved. The device comprises a pressure driving device, a solution circulating system and a heat exchange system, hydrostatic pressure serves as power for driving salt to be separated out in a solution of the hydrostatic pressure, the dissolved salt is effectively and controllably recrystallized, and active controllability of refrigeration circulation is achieved. After the solution is pressurized to separate out crystals, heat released by the residual dilute solution is transferred to a hot end; after the pressure is released, the crystals are dissolved to absorb heat of the cold end, and refrigeration circulation is completed. The solution is a refrigeration material and a heat transfer medium, is similar to traditional gas compression refrigeration, does not destroy the ozone layer and has no greenhouse effect, efficient refrigeration is achieved, and meanwhile environment friendliness and sustainable development are facilitated.

The invention relates to the technical field of energy consumption monitoring, and provides a low-carbon industrial park energy consumption monitoring system which comprises an acquisition assembly, a photovoltaic power generation assembly, a feature analyzer, an analyzer, a controller and a displayers. A carbon imbalance tendency characterization value is determined through an analyzer, a carbon emission sensitive tendency period is divided through a controller, different judgment modes are adopted for different carbon emission sensitive tendency periods, and through the influence of energy consumption changes on carbon emission in the air, the risk that the carbon emission rapidly rises is found in time, and the carbon emission sensitivity is improved. The starting of the photovoltaic power generation device is controlled in time so as to reduce the carbon emission risk through electric energy compensation, the monitoring time period is adjusted in time, the reliability and accuracy of industrial park energy consumption monitoring are improved, and the influence of carbon emission rising on the environment greenhouse effect is reduced.

The ecological device comprises an adsorption system and a desorption system, and the adsorption system is of an upper, middle and lower structure and comprises an adsorption bin, a floating body and a microporous aeration pipe; the adsorption bin is of a frame structure, an adsorption module is placed in the adsorption bin, the adsorption module is a square body formed by stacking a plurality of strip-shaped adsorption net cages in a staggered mode, gaps are reserved between the adjacent strip-shaped adsorption net cages, and adsorbents are arranged in the adsorption net cages; wind-proof plates are arranged on four surfaces of the periphery of the adsorption bin; the top of the adsorption bin is closed, the other five faces are open, and a hygrophilous plant planting pool is arranged at the top of the adsorption bin. The device is used for open water areas such as water surfaces of rivers and lakes, carbon dioxide above the water surfaces is captured by adopting an adsorption principle, the concentration of carbon dioxide gas on the water is reduced, the atmospheric greenhouse effect is slowed down, the acidity of the water is reduced, the chemical environment of the water is stabilized, and the synergistic effect of protecting the rivers and the lakes and reducing carbon and emission is formed.

A pressure-sensitive material and an insulating gas leakage identification method based on the pressure-sensitive material, the intuitive identification method includes the following steps: applying a pressure-sensitive material on the surface of an inflatable device using insulating gas (sulfur hexafluoride or a sulfur hexafluoride mixture), the pressure-sensitive material having a set toughness and ductility, and changing color after deformation; when the pressure-sensitive material bulges from the surface of the inflatable device and changes color, the insulating gas leakage is visually discovered and immediately processed. The components of the pressure-sensitive material include: an adhesive material, a foaming material, a piezochromic material, and a molding agent; the adhesive material accounts for 70% to 80% by weight; the piezochromic material accounts for 8 to 12% by weight; and the foaming material should not be less than 5% of the total weight. The present invention detects the leakage point in a timely and intuitive manner, and can prevent sulfur hexafluoride from leaking into the atmosphere, and prevent the greenhouse gas sulfur hexafluoride from being discharged into the atmosphere and causing harm to the environment.

The present invention discloses an air-cooled magnetic levitation variable frequency centrifugal unit capable of reducing gas emissions, which includes a frame body, a centrifugal unit body, a control box, a condenser and a cooling fan. The centrifugal unit body is arranged inside the frame body, the control box is arranged on one side of the frame body, condensers are evenly distributed near the top of the centrifugal unit body inside the frame body, and cooling fans are evenly distributed on the top of the frame body. For this air-cooled magnetic levitation variable frequency centrifugal unit capable of reducing gas emissions, first, carbon dioxide inside the gas is preliminarily separated by a cellulose acetate membrane. Subsequently, the water pump can extract the organic amine solution through the second connecting pipe and the first connecting pipe, and then the organic amine solution is sprayed through a nozzle, so as to reduce the carbon dioxide gas during emission, thereby avoiding the greenhouse effect caused by the carbon dioxide emission of the air-cooled magnetic levitation variable frequency centrifugal unit to the surrounding area.

A resource-recycling greenhouse horticulture simulation apparatus which promotes recycling use of exhaust heat and an exhaust gas to allow a contribution to a reduction in greenhouse effect gas. The apparatus includes: an exhaust heat-recycling simulation unit in a case of recovering exhaust heat to use it for heating; and an exhaust gas-recycling simulation unit in a case of using carbon dioxide obtained by recovering an exhaust gas for growth promotion of the plant. A greenhouse effect gas reduction amount by using the exhaust heat can be simulated by an exhaust heat-use greenhouse-effect-gas reduction-amount calculation unit, and a greenhouse effect gas emission amount by using the exhaust gas can be simulated by an exhaust gas-use greenhouse-effect-gas reduction-amount calculation unit.

According to the method for measuring the concentration of CO2 and CH4 in water and calculating the flux of CO2 and CH4 on the water surface, a device for the method comprises a water sample measuring bottle, a bottle cap, a gas inlet pipe sleeve, a gas outlet pipe sleeve, a gas inlet pipe, a gas outlet pipe, a drying bottle and a gas detector, and the gas outlet pipe, the drying bottle, the gas detector and the water sample measuring bottle are sequentially connected through hoses. The method comprises the following steps: starting a gas detector to carry out bubbling measurement and record a curve of concentrations of CO2 and CH4 in gas measured when a system is in an equilibrium state, establishing a relationship between the concentrations of CO2 and CH4 in the gas and a ratio k of the concentrations of CO2 and CH4 in the equilibrium state to the concentrations of CO2 and CH4 in liquid, fitting to obtain values of the concentrations of CO2 and CH4 in water, and calculating the flux of CO2 and CH4 on the water surface by utilizing the relationship between the flux and the concentration. According to the measurement method, the water surface CO2 and CH4 flux is calculated, the calculation process is simple, the calculation result is accurate, the water surface CO2 and CH4 flux in the water sample can be continuously monitored and analyzed for a long time, and theoretical data support is provided for subsequent water area analysis, climate change, greenhouse effect treatment and the like.

The invention discloses a compact environment-friendly gas-insulated totally-enclosed ring main unit, and relates to the technical field of ring main units, in particular to a compact environment-friendly gas-insulated totally-enclosed ring main unit, which comprises a cabinet body, fins, a cleaning mechanism and an engineering dry air mechanism, fins achieve heat dissipation of the cabinet body, the cleaning mechanism cleans dust on the fins through a rolling brush, a spray head at the bottom of a first pipeline can wet the rolling brush when a temperature sensor detects that the temperature exceeds 50 DEG C, and a support is matched with the spray head to move up and down to achieve the dual functions of cleaning and cooling. The engineering dry air mechanism preheats air through a heating pipe and a heating wire of a second pipeline, then the air is dehydrated and air-dried through a small thermal cycle air bellow, generated dry air is introduced into an air box for insulation arc extinguishing, and meanwhile the temperature of the air box is controlled to guarantee the insulation performance. The ring main unit is compact in structure, dry air is non-toxic and non-combustible, greenhouse effect is avoided, and the ring main unit is environment-friendly, reliable in operation and suitable for various power distribution scenes.

The present invention discloses a method for predicting the migration process of micro-leakage methane in porous media, comprising the following steps: S1, constructing a prediction model; S1-1, gradually establishing partial differential equations of gas phase and water phase according to Darcy's law and the law of conservation of mass; S1-2, respectively processing the partial differential equations of gas phase and water phase using the implicit difference method of backward difference to obtain corresponding linear discrete equations; S1-3, combining the linear discrete equations obtained in step S1-2 to construct a model for predicting the distribution of methane concentration in porous media with depth and time; S2, obtaining training data S3, updating the model obtained in step S2 with the data obtained in step S3. The concentration change trend of micro-leakage methane in porous media can be accurately predicted, reducing the difficulty of monitoring the change of methane concentration, and contributing to accelerating the research progress of atmospheric methane and promoting the research of global greenhouse effect.

A fuel consumption amount including a heat transfer index of each of the inner liner coating materials in a calculation element is calculated, and the energy saving performance of an agricultural greenhouse is simulated. As a result, it is possible to predict the amount of fuel consumption by using these thermal movement indexes in either a case where the liner coating material is composed of a single layer of one curtain member or a case where the liner coating material is composed of a multi-layer curtain composed of a plurality of curtain members. According to the present invention, the amount of reduction in fuel consumption and the amount of reduction in greenhouse effect gas in a selected curtain member or a multi-layer curtain can be grasped, energy-saving performance can be visualized, and an inner liner coating material having more excellent energy-saving performance can be selected.

The present invention provides a composition for a thermal cycle system containing HFO-1123 and HFO-1234yf, which contains a working medium with cycle performance that can replace R410A while suppressing the impact on the greenhouse effect, and a thermal cycle system using the composition. A composition for a thermal cycle system containing a working medium for thermal cycle with a greenhouse effect coefficient (100 years) lower than 675 in the 4th report of the Intergovernmental Panel on Climate Change (IPCC), which contains trifluoroethylene and 2,3,3,3-tetrafluoropropene, and a thermal cycle system using the composition for a thermal cycle system.

The present invention provides support to achieve goals with respect to a problem that burdens a corporation or a base thereof and that is relatively difficult to quantify, such as reducing emission of greenhouse effect gases. A service provider server 1 calculates, for target GHG emissions reductions set by a user, an extent to which additional reduction effort (such as a level to which an element has an impact on the reduction of GHG emissions) is required, on the basis of the current achievement level, and potential future achievement when predicted based on the current year-over-year reduction level. Elements, such as corporation or bases, and product group or Scope, that are expected to have an impact on reduction are identified on the basis of the calculation result, and recommendation information including the elements and specific solutions for reducing GHG emissions is presented to the user.

The present application relates to the technical field of ecological environment monitoring, in particular to a kind of ecological environment monitoring method and system along the expressway road area, the present application is according to vehicle speed, vehicle type and environmental parameter, the similarity of environment at different time is analyzed, and the driving similarity of different vehicles of the same vehicle type is obtained Predicted speed sequence and predicted traffic flow sequence of each vehicle in each monitoring area in prediction period;Further, in combination with neural network model, the predicted greenhouse effect gas content sequence in each monitoring area in prediction period is obtained;Then, by analyzing the consistency of the predicted greenhouse effect gas content in each monitoring area, the importance of each monitoring area is obtained, and the density of unmanned aerial vehicle in each monitoring area is adjusted. Through the present application, the density of unmanned aerial vehicle in each monitoring area of expressway can be timely regulated, thereby effectively improving the monitoring accuracy of ecological environment in each monitoring area of the whole line, while avoiding the monitoring error caused by sudden environmental change.

This invention relates to the field of waste incineration technology, specifically to a waste incineration treatment equipment with a dust suppression device. The equipment includes an incinerator and a dust collection box fixedly installed on one side of the top of the incinerator. A gas supply pipe is fixedly installed on one side of the dust collection box, and a purification box is fixedly installed on one side of the gas supply pipe. A dust suppression component is located at the top of the dust collection box. Air inlet pipes are fixedly installed on both sides of the top of the incinerator near the dust collection box, extending into the interior of the dust collection box. The dust suppression component can clean large particles such as dust from the smoke generated by incinerating waste and also cool the air produced by incineration. The gas after dust suppression enters the purification box through the gas supply pipe to purify toxic gases in the air, preventing toxic gases and dust particles mixed in with the smoke from causing air pollution and preventing the exacerbation of the greenhouse effect.

The invention discloses a greenhouse effect test device, and relates to the field of greenhouse effect tests, the greenhouse effect test device comprises a test box and a circulating air pump, two corresponding surfaces of the test box are respectively provided with an air inlet shell and an air outlet shell in a penetrating manner, and the air inlet end and the air outlet end of the circulating air pump are respectively connected with the air outlet shell and the air inlet shell; the annular gas pump is used for driving gas in the test box to be exhausted from the exhaust shell and circularly guided in from the gas inlet shell, a gas inlet grid plate and a gas exhaust grid plate are arranged in the gas inlet shell and the exhaust shell respectively, and a plurality of uniformly distributed gas holes are formed in the surfaces of the gas grid plate and the gas exhaust grid plate, so that the gas in the test box is conducted in a surface type convection manner; according to the invention, the gas circulating system is arranged to conduct gas in the test box, carbon dioxide or air is supplemented into the circulating system through the gas supplementing device, the carbon dioxide content in the test box is rapidly and uniformly controlled, the regulation and control speed is high, and the regulation and control uniformity is high.

The invention belongs to the field of power transmission, and particularly relates to a GIL pipe gallery sulfur hexafluoride discharging system. According to the GIL pipe gallery sulfur hexafluoride discharging system, through cooperation of the GIL pipe gallery, the sulfur hexafluoride discharging pipeline, the flow guide pipe, the sulfur hexafluoride detector, the discharging fan, the sulfur hexafluoride removing device and the like, when the sulfur hexafluoride detector detects that sulfur hexafluoride leaks, the sulfur hexafluoride removing device is started, the discharging fan is started, negative pressure is formed in the flow guide pipe, and the sulfur hexafluoride is discharged. Sulfur hexafluoride flows into the sulfur hexafluoride discharging pipeline from the flow guide pipe to be discharged, and the sulfur hexafluoride is removed when passing through the sulfur hexafluoride removing device, so that the sulfur hexafluoride is prevented from flowing into the atmosphere to cause the greenhouse effect, and the sulfur hexafluoride is prevented from depositing in the power transmission tunnel to cause potential safety hazards.

The present invention relates to an LNG frost suppression and efficiency-enhancing air-bath type gasification system utilizing a solar heat pump and air circulation. The refrigerant absorbs solar radiation and ambient heat to heat the air in the air supply pipe; the ambient air is dehumidified by the preheater and flows through the condenser to absorb the heat of the refrigerant, and then enters the wind hood to heat the LNG in the gasifier, the air is further dehumidified, and the cooled and dried air flows into the air supply pipe through the return air pipe to form an air circulation; a portion of the LNG flowing out of the storage tank enters the preheater, and by controlling the LNG flow rate, the LNG flowing out of the preheater is ensured to remain in a liquid state, and the preheated LNG is merged into the LNG flowing out of the storage tank; the wind hood equipped with tempered glass produces a greenhouse effect inside. The invention makes full use of the cold energy of LNG to reduce the moisture content of the circulating air, utilizes solar energy and air energy to heat the circulating air, and creates a microclimate suitable for the efficient operation of the air-temperature gasifier frost suppression, which is energy-saving and environmentally friendly, and has good economic and social benefits.

To provide an information processing method and a program capable of contributing to prevention of global warning by supporting creation of a carbon credit using an electric vehicle.SOLUTION: An information processing method processes information on a carbon credit created by reducing a greenhouse effect gas by a computer. The carbon credit is created on the basis of reduction of the greenhouse effect gas emitted by charging behavior of an electric vehicle 10, and the information processing method includes a generation step for generating candidates for charging behavior including other charging behavior having an emission amount of the greenhouse effect gas smaller than reference charging behavior and selectable by a user of the electric vehicle 10, an emission amount calculation step for calculating each of prediction values of emission amounts of the greenhouse effect gas emitted by each charging behavior, and a reduction amount calculation step for calculating a prediction value of a reduction amount of the greenhouse effect gas in each of the other charging behavior.SELECTED DRAWING: Figure 11

The invention discloses a water-cooled magnetic suspension centrifugal heat pump unit and an operation method thereof. The heat pump unit comprises a centrifugal compressor, a condenser and an evaporator which are sequentially connected. An electronic expansion valve is arranged at the joint of the condenser and the evaporator; the centrifugal compressor comprises a machine shell, a motor assembly rotationally clamped in the machine shell and a centrifugal impeller rotationally clamped on the motor assembly. The condenser comprises an outer barrel, a condensation pipe arranged in the outer barrel and a dispersion sleeve arranged in the outer barrel and located on the inner side of the condensation pipe; the heat pump unit is reasonable in structural design and stable and reliable in operation, and the centrifugal magnetic suspension compressor is adopted as a power source of the whole unit, so that in the operation process of the heat pump unit, emission of harmful gas such as CO2 and NOX is avoided, and the greenhouse effect of the earth is not affected at all; and in the operation process of the centrifugal magnetic suspension compressor, air cooling treatment can be automatically conducted, the use stability of the centrifugal compressor is effectively improved, and the centrifugal magnetic suspension compressor is suitable for application and popularization.

This invention relates to a phase-change self-regulating temperature-enhancing environmentally friendly energy-saving wall material and its production method, belonging to the field of building materials. It combines building materials and chemicals, employing a composite principle and achieving thermal insulation and energy saving through phase-change temperature regulation. In summer, the wall absorbs heat and undergoes physical transformation, lowering the room temperature by 2-3°C and reducing air conditioning power consumption by 50%. In winter, it stores heat, enhancing the greenhouse effect. Construction is convenient, and it can be widely used in new construction and renovation of old buildings, completely overcoming inherent problems such as wall cracks, condensation, peeling, and mold. Furthermore, this material is a Class A non-combustible material. It improves the functional level and comfort of residential buildings.

The present application relates to a method for reducing the global greenhouse effect, in which a gas that is inactive for long-wave radiation is introduced into the Earth's atmosphere, preferably the troposphere, whereby the total volume of the Earth's atmosphere is increased. According to the invention, in order to provide an alternative method for reducing the global greenhouse effect, it is provided that a mass of the climate-damaging gases contained in the Earth's atmosphere remains constant, so that the increase in the total volume causes a relative reduction in the content of climate-damaging gases contained in the Earth's atmosphere, based on the total volume of the Earth's atmosphere.

The utility model discloses a tunnel portal heat preservation and auxiliary heating device which comprises a portal heat preservation shed, the portal heat preservation shed comprises a left side wall, a right side wall, a portal end wall, a ceiling, a front shed door wall and a rear shed door wall, the front shed door wall and the rear shed door wall are arranged on the front side and the rear side of the side away from the portal, and the ceiling is made of transparent heat preservation materials. The left side wall and the right side wall are made of heat-preservation color steel, the front shed door wall and the rear shed door wall are made of fireproof heat-preservation materials and are both provided with electric roller shutter doors which are opened and closed up and down through wireless remote control, the hole end wall is made of heat-preservation color steel, the bottom of the wall is tightly attached to a hole side slope, and a construction hole pipe shed and a tunnel entering and exiting space are reserved. And the bottom and the periphery of the hole thermal insulation shed are tightly blocked by structural adhesive. The transparent ceiling fully utilizes sunlight energy in the daytime to heat air in the opening heat preservation shed, the shed warming effect is achieved, heat loss can be reduced through the front shed door wall and the rear shed door wall, and the effect of controlling the temperature of a construction area is achieved.

The invention relates to the field of reservoir ecological environment protection, and particularly discloses a gas emission method for improving the greenhouse effect of a reservoir, and the method comprises the following steps: setting a collection station to collect a water sample, meteorological information and the concentration of greenhouse gas in the atmosphere; processing and analyzing to obtain the dissolving concentration characteristic of the greenhouse gas in the water sample and the greenhouse gas flux of the water-gas interface of the reservoir; carrying out statistical analysis on the collected information, the dissolution concentration of the greenhouse gas in the water sample and the greenhouse gas flux of the water-gas interface of the reservoir to obtain a correlation chart of the environmental factors and the greenhouse gas emission amount of the reservoir; the environmental parameters of the reservoir are integrally adjusted and adjusted in real time, and the greenhouse gas emission of the reservoir is reduced. The reservoir information is comprehensively analyzed and counted through multiple aspects and multiple ways, the linear relation between the reservoir environment factors and the greenhouse gas emission amount of the water body is obtained, then the reservoir environment is scientifically adjusted according to the linear relation, and the greenhouse gas emission amount of the reservoir is greatly improved.

The application provides a preparation method of thermally activated slag, cement and calcium hydroxide mixture geopolymer concrete, which comprises the following steps: a, raw material preparation; b, raw material pretreatment; c, activity excitation; d, net paste preparation; and e, concrete configuration. The application also provides a prefabricated bay window, and the main material of the prefabricated bay window is the thermally activated slag, cement and calcium hydroxide mixture geopolymer concrete prepared by the preparation method. The preparation method of the thermally activated slag, cement and calcium hydroxide mixture geopolymer concrete uses the slag obtained in the earthwork excavation of a project as the main material of the concrete, significantly reduces the dependence on the traditional concrete raw materials, reduces the energy consumption and greenhouse gas emission in the raw material mining process, and effectively alleviates the global greenhouse effect. In addition, the construction cost is saved, the transportation and treatment cost of the construction slag is greatly reduced, and remarkable economic benefits are brought to enterprises.

The utility model discloses a reaction device for treating low-concentration methane in coal mine exhaust air, which comprises a reactor, the upper part of the reactor is communicated with a separation device, the gas end of the separation device is communicated with a flue gas connecting passage, an afterburning device is arranged on the flue gas connecting passage, and the flue gas connecting passage is communicated with a hot side passage of a gas-gas heat exchanger; a cold side passage of the gas-gas heat exchanger is communicated with a hot air passage; and the hot air passage is communicated with the lower part of the reactor. The device has the beneficial effects that an arrangement scheme of a reaction device for treating high-flow and low-concentration methane in coal mine exhaust air is provided, the shortage of related equipment described in the background technology is solved, and the problem of greenhouse effect caused by emission of low-concentration methane in coal mine exhaust air is obviously reduced.

The invention relates to a road construction whole process environmental load accurate quantification method and an accounting system, and the method comprises the steps: obtaining data, solid particle pollutants, road material VOCs, and greenhouse effect indexes corresponding to all equipment energy types in the whole construction process according to a field test; accounting the sum of environmental loads generated by road materials and all equipment in the whole road construction process; the environmental load generated by the road material comprises the environmental load generated by solid particle pollutants discharged in the production and mixing process of the road material and the environmental load generated by VOCs discharged in the production and mixing, transportation and construction stages of the road material; in the construction stage, according to a cooling equation of a road material, the construction temperature is divided into different temperature intervals, the environmental load generated by VOCs emission in each temperature interval is calculated, the total environmental load in the whole road construction process can be calculated more accurately and quantitatively, a scientific and accurate method can be provided for carbon emission calculation in the field of road infrastructures, and the construction efficiency is improved. And the low-carbon sustainable development of the transportation industry can be promoted.

The application discloses an alternating contact circuit breaker device and an alternating contact circuit breaking method. The device comprises an insulating sleeve, a circuit breaking rod and an operating mechanism. The circuit breaking rod comprises a first insulating section, a conductive section and a second insulating section connected in sequence. One end of the insulating sleeve is provided with an upper outgoing line seat, and a middle part of the insulating sleeve is provided with a lower outgoing line seat for separating the insulating sleeve into an upper insulating sleeve and a lower insulating sleeve. A conductor plate is arranged in the upper insulating sleeve and forms an arc extinguishing chamber filled with insulating bodies between the upper outgoing line seat and the lower outgoing line seat. When the circuit breaking rod moves to the conductive section and simultaneously contacts the upper outgoing line seat and the conductor plate, the upper outgoing line seat and the lower outgoing line seat are electrically connected. When the circuit breaking rod moves to the conductive section and only contacts the conductor plate, the upper outgoing line seat and the lower outgoing line seat are electrically disconnected. The application does not use toxic or high-temperature greenhouse gases for arc extinguishing, which is beneficial to personal safety, avoids environmental pollution, makes the application an environmentally friendly power equipment, and can also reduce maintenance costs and has great popularization value.

The present application relates to the technical field of ocean energy exploitation, and provides a marine temperature difference power generation and carbon capture coupling system, which adopts a water-based carbon capture method, utilizes the low-temperature and high-pressure environment characteristics at a preset depth in the ocean, carries out two-stage carbon capture on industrial flue gas by using the water on the ground, improves the CO2 absorption effect, can obtain high-concentration CO2 gas, and is easy to obtain, low in cost, simple in technology, and friendly to the environment. In addition, the system fully utilizes the cold energy at the preset depth in the ocean, introduces ORC, outputs power under low energy consumption, couples the marine temperature difference power generation and carbon capture processes, achieves the purpose of single system double benefits of outputting power and reducing the influence of the greenhouse effect at the same time, and makes the system more applicable. Compared with the prior art, the energy consumption and operation and maintenance cost of the system are greatly reduced.