12 results about "Industrial emission" patented technology

The invention provides an industrial emission pollutant concentration identification method, system and device based on a multi-mode video, and the method comprises the steps: obtaining a visible light / infrared video which is subjected to time-space alignment, positioning a pollution feather flu region of interest, extracting image and time sequence features in the region of interest (ROI), and carrying out the regression, thereby obtaining an initial concentration estimation value yhat; based on the scale proportion of the ROI in the image, a plurality of calibration curves are adaptively selected or weighted by using a preset function to calibrate the initial concentration yhat, and the calibrated concentration ycal is output; meanwhile, uncertainty is given in a quantile interval mode, and coverage rate calibration is achieved through monotone mapping. And finally, binding the concentration, the uncertainty and the intermediate process data with the unique traceability identifier to generate a reviewable evidence packet. According to the method, end-to-end quantitative identification from common video to concentration is realized, and accuracy, robustness and traceability are improved.

The invention provides an industrial source VOCs emission component spectrum construction method based on headspace analysis and a material balance algorithm. The method comprises the following steps: (1) raw material sample collection and pretreatment; (2) analysis of VOCs components in raw materials; (3) establishment of a material balance model; and (4) establishment of an enterprise overall emission component spectrum. According to the method, through coupling of experimental determination and material balance simulation, cross-scale connection from solvent physicochemical characteristics to enterprise emission spectrums is achieved, the accuracy, representativeness and operability of the industrial VOCs emission source component spectrums are remarkably improved, and a scientific and systematic novel method is provided for industry emission reduction decision making and pollution source analysis.

The application provides a kind of industrial source VOCs emission component spectrum construction method based on headspace analysis and material balance algorithm.The method comprises the following steps: (1) raw material sample collection and pretreatment (2) VOCs component analysis in raw material (3) material balance model establishment (4) enterprise overall emission component spectrum establishment.The application realizes the cross-scale connection from the physical and chemical properties of solvent to enterprise emission spectrum through the coupling of experimental determination and material balance simulation, significantly improves the accuracy, representativeness and operability of industrial VOCs emission source component spectrum, and provides a scientific, systematic new method for industry emission reduction decision and pollution source analysis.

The low-energy-consumption CO2 trapping device comprises a bin body, a gas inlet pipe and a discharging pipe are arranged on the bin body, a first liquefying box and a second liquefying box are symmetrically arranged in the bin body, the gas inlet pipe is connected with the two liquefying boxes through a first gas distributing pipe and a second gas distributing pipe, and the first gas distributing pipe and the second gas distributing pipe are provided with electromagnetic valves. The bottom end of the liquefying box is connected with a discharging pipe through a first discharging pipe and a second discharging pipe which are provided with one-way valves; the gas distribution pipe penetrates through the filter box, a detachable filter layer is arranged in the filter box, a plate heat exchanger is arranged on one side of the liquefaction box, and a jacket type low-temperature rectifying column is mounted in the liquefaction box. The trapping method comprises the steps of pretreatment, split-flow gas inlet, liquefaction trapping, discharge backflow prevention, dynamic adjustment and maintenance, and a single / double-box operation mode can be switched according to the CO2 emission load. The device realizes continuous and stable capturing process, dynamic and controllable energy consumption, high CO2 capturing purity and recovery rate, is convenient to maintain, is suitable for industrial emission sources of power plants, chemical plants and the like, and has remarkable energy-saving effect and industrial application value.

The invention relates to the technical field of industrial emission treatment, in particular to a dust waste gas treatment method. According to the invention, a wet electrostatic precipitation (WESP) deep pretreatment heat energy cascade recycling humidifying hydrophobic zeolite rotating wheel concentration heat storage type oxidation cooperative treatment chain is constructed. Submicron particles and aerosol are efficiently removed under a high-voltage electric field through the WESP unit, and the risk of physical blockage to the rotating wheel is eliminated; afterheat of high-temperature purified flue gas generated by a heat accumulating type oxidation system is utilized, the temperature of saturated wet flue gas at an outlet of the WESP is increased by 5-15 DEG C through gas-gas heat exchange, the relative humidity is reduced to 60% or below, and an environment suitable for zeolite adsorption is created; and the concentrated organic oxide is oxidized and decomposed in the heat accumulating type oxidizing furnace to release heat energy, so that the heat balance of the system is maintained. According to the method, the comprehensive operation energy consumption of the system is remarkably reduced while dual up-to-standard emission of the particulate matters and the organic oxides is guaranteed.

The application discloses a carbon mineralization plate production system coupled with flue gas and waste heat and a carbon cycle method, relates to the technical field of carbon mineralization plate production, and the production system comprises an industrial emission source module, a flue gas pretreatment and buffer module, a waste heat recovery and distribution module, a carbon mineralization plate production line adaptation module and an intelligent coupling control module, the industrial emission source module is used for monitoring flue gas data and performing prediction and data processing; the flue gas pretreatment and buffer module is used for purifying, dynamically conditioning and online detecting flue gas; the waste heat recovery and distribution module is used for waste heat graded recovery, phase change heat storage buffering and intelligent heat distribution network distribution; the carbon mineralization plate production line adaptation module is used for production line equipment modification adaptation, carbonization maintenance and plate conveying control; and the intelligent coupling control module is used for edge control and cloud analysis. The production system provided by the application can realize efficient utilization of industrial flue gas and waste heat resources.

The invention discloses an atmospheric pollution source dynamic point source emission list construction method, system and device, a medium and a product, and relates to the field of environmental protection, and the method comprises the steps: collecting CEMS emission data, a regional grid list and meteorological data; identifying different chemical species in the atmospheric pollution source according to the emission data of the CEMS, and determining the pollutant type; for each pollutant type, calculating an hourly real-time monitoring emission rate according to emission data of the CEMS; the smoke plume lifting height is calculated according to the environment wind speed and CEMS emission data; the point source emission rate in the regional grid list is dynamically updated according to the hour-by-hour real-time monitoring emission rate, the smoke plume lifting height, CEMS emission data and meteorological data are combined, the dynamic point source emission list of the atmospheric pollution source is constructed, the dynamic change characteristics of actual emission along with time can be reflected, and the industrial emission process can be simulated more truly.

This invention provides an industrial emission baghouse dust collector based on multi-stage filtration, belonging to the technical field of flue gas filtration equipment. It includes a filter box, an exhaust pipe, and an inlet pipe. The filter box contains a shaft tube, one end of which extends into the inlet pipe. The inlet pipe contains multiple barrier meshes distributed along its length, connected to the shaft tube. An excitation coil capable of generating a magnetic field is fitted onto the outer side of the inlet pipe. This invention, by setting multiple barrier meshes inside the inlet pipe and fitting an excitation coil on the outer side, magnetizes the barrier meshes. Magnetic materials (iron, nickel, cobalt) in the gas are adsorbed onto the barrier meshes under the influence of the magnetic field, allowing for individual separation of the magnetic materials. The excitation coil is periodically turned off to clean the magnetic materials from the barrier meshes.

The application discloses a kind of integrated carbon sequestration gravity energy storage transport systems, including control center, high-low position yard, transport track, transport train and power generation device, system operation includes carbon environment construction, static carbonization, energy storage power generation transport and regular monitoring, the system will be based on carbon sequestration technology and gravity energy storage deeply fused, carbon sequestration heavy block is as energy storage medium and undertakes potential energy conversion task, also as reaction carrier realizes CO2 mineralization, solve the single function problem of traditional energy storage system only stores electricity, does not sequester carbon, by cabin semi-closed environment construction and CO2 directional input, can efficiently capture CO2 in industrial emission source or gaseous buffer source, realize the large-scale stable consumption of CO2, effectively reduce carbon emission intensity, have energy storage peak shaving and carbon emission reduction carbon sequestration dual benefits.

The utility model provides an efficient carbon dioxide washing and adsorbing device. The efficient carbon dioxide washing and adsorbing device comprises an absorption tank, a heat exchanger and a delivery pump, when the efficient carbon dioxide washing and adsorbing device provided by the utility model is used, industrially discharged flue gas enters the flue gas bin, absorption liquid in the absorption tank is pumped into the solution bin through the conveying pump, and the flue gas is conveyed into the absorption tank after the temperature of the flue gas is greatly reduced through heat exchange between the solution bin and the flue gas bin; and the rich liquid of the absorption liquid in the absorption tank is heated after heat exchange, and the organic amine and a compound formed by the carbon dioxide are subjected to decomposition reaction in a high-temperature environment to regenerate the carbon dioxide so as to complete the separation and centralized collection of the carbon dioxide. The heat in the flue gas can be fully utilized, the energy loss is reduced, the low-temperature flue gas enters the absorption tank, carbon dioxide in the flue gas can be more effectively absorbed, and the capture efficiency of the carbon dioxide is improved.

An environmental emission reduction system obtaining industry emissions data; determining, based on the emissions data, project emission risk models operable to determine a project emission risk assessment for a project based on project data; identifying, based on project data for a project, a project emission risk model of models; determining, based on application of the project data to the model, a project emission risk assessment; determining, based on the project emission risk assessment, a self-executing emission monitoring agreement for the project that defines emission metrics for the project; and conditional asset distributions; obtaining observed values of the monitored emission metrics; determining, based on application of the observed values of the monitored emission metrics to the self-executing emission monitoring agreement, whether an emission asset distribution event has occurred; and distributing, in response to determining that one has occurred, an emission asset distribution to one or more member entities.

The utility model relates to gas collection technical field, specifically disclose a kind of sampling device for industrial emission gas monitoring, comprising: extraction cylinder, the middle part of extraction cylinder top is fixedly connected with guide sleeve, the back of extraction cylinder is fixedly connected with adjusting cavity, the inside of guide sleeve is slid and is penetrated with extrusion rod, the top end fixedly connected with extrusion block on the surface of extrusion rod, the inner bottom wall of guide sleeve is fixedly connected with compression spring, the inner bottom wall of adjusting cavity is fixedly connected with electric telescopic rod, the output end of electric telescopic rod is fixedly connected with electromagnet, the top of electromagnet is connected with push rod, the surface of storage cylinder is provided with control valve;The utility model is through the collocation use of electric telescopic rod, electromagnet, extrusion rod, storage cylinder, piston, blocking piece and compression spring, so that gas sampling device can carry out multiple multipoint collection to the industrial emission gas of collection point position, improve the accuracy of subsequent monitoring result, simple operation simultaneously, staff can operate one.