20 results about "Total suspended solids" patented technology

The invention discloses a water heavy metal concentration simulation and prediction method, which comprises the following steps: integrating original monitoring data, hydrodynamic data, total suspended solids, image remote sensing data and human activity data, and generating a multi-source cleaning sequence data packet; executing cross-modal adsorption capacity estimation by using image remote sensing data in the data packet, inferring particle chemical composition and adsorption isotherm parameters from image textures, and generating a capacity feature packet containing an adsorption capacity upper bound; time-varying travel time is calculated based on the hydrodynamic data and the human activity data, causal alignment is performed on the capacity feature packet and the upstream signal, and a travel time alignment feature packet is generated; and in combination with metal fingerprint parameters, applying an adsorption capacity upper bound as a physical constraint on a form distribution constraint head, explicitly decoupling and predicting the form, and generating a prediction result packet. According to the method, the hydrodynamic physical mechanism and the particle adsorption chemical mechanism are deeply coupled, and the prediction precision and the physical consistency of the model under the unsteady state condition are improved.

Methods and systems for water quality assessment are disclosed. The method includes obtaining a first input data indicative of properties of a first liquid sample, the first input data including turbidity data and total suspended solids data for the first liquid sample, where the first liquid sample is acquired from a liquid source. The method further includes determining, using a computer processor and a machine learning model, a first predicted particle-size distribution of the first liquid sample based on the first input data, where particle-size distribution is controlled, at least in part, by a set of dosage parameters configurable by a water quality system. The method further includes determining, with an optimizer applied to the machine learning model, an optimal set of dosage parameters based on the first predicted particle-size distribution and adjusting the set of dosage parameters of the water quality system to the optimal set of dosage parameters.

The invention discloses a method and system for inverting the concentration of suspended solids in a complex water body through remote sensing, and belongs to the technical field of ecological environments. Comprising the following steps: integrating a remote sensing image and measured data to obtain a synchronous sampling point pair; analyzing the backscattering coefficient of the particulate matters, and determining the backscattering coefficient of the optimal wavelength position for reflecting the total suspended matter concentration through an iteration method; analyzing the particulate matter absorption coefficient, and determining the absorption coefficient of the optimal wavelength position for reflecting the total suspended matter concentration through an iteration method; according to the proportional relation between inorganic particles and organic particles in the water body, determining the weight of the absorption and scattering coefficient for estimating the total suspended matter concentration; and constructing a remote sensing estimation model of the total suspended matter concentration in the complex water body and applying the model to a remote sensing image. According to the method, the difference of the organic particulate matters and the inorganic particulate matters in the aspects of absorption and scattering characteristics is considered, and the method is suitable for a water body mainly containing algae, a water body mainly containing non-algae and a complex water body environment in which the water bodies and the non-algae are mixed, and has relatively high adaptability and accuracy.

The present invention provides improved methods for purifying and / or removing multiply charged cations and suspended solids from water. In particular the process relates to an additive composition that has the appropriate surfactant characteristics for effectively removing multiply charged cations and suspended solids from an aqueous or oil / aqueous mixed phase via foam fractionation. According to the invention, a hydrophobically modified polymer that acts as an associative thickener is used in the presence of a source of alkalinity or anionic reactant as well as surfactant in appropriate ratios to facilitate multiply charged cation and suspended solids removal for water purification in any of a number of commercial, environmental and industrial applications.

System and process for de-packaging organic material and separating the organic material from the packaging. Once separated, the organic material is processed in a de-packaging machine to form an organic slurry that is directed from the de-packaging machine to an anaerobic digester. A programmed controller is provided for controlling the flow of the organic slurry to the anaerobic digester. The programmed controller is programmed to maintain the total suspended solids concentration of the organic slurry within a target range and when in the target range, the programmed controller is operative to direct the organic slurry to the anaerobic digester. If the total suspended solids concentration is outside of the target range, then the programmed controller is configured to initiate action that will bring the total suspended solids concentration of the organic slurry back within the target range.

A system and method for process water and oxide coating recovery and distribution in a direct reduction system, such as a system for producing direct reduced iron. A warm lime softener is used to remove (recover) calcium, alkalinity, and other constituents from the process water system and to produce an effluent that can be further processed and returned as makeup to the process water system. The lime softening process requires lime (or similar material) to be added to the influent, thereby increasing the calcium and pH levels until they become supersaturated and precipitate. This chemical process results in effluent that is low in calcium, alkalinity, and total suspended solids.

The invention relates to the technical field of water environment monitoring, and discloses a lake water quality multi-parameter deep learning inversion framework based on hyperspectral data, and the framework comprises the following steps: S1, data preparation and preprocessing: obtaining the hyperspectral data of lake water quality and corresponding water quality in-situ data, and preprocessing the hyperspectral data and the water quality in-situ data; s2, constructing a feature extraction and parameter inversion model which sequentially comprises a one-dimensional convolutional neural network module, a bidirectional long-short-term memory network module and a three-dimensional attention module, and inputting the preprocessed hyperspectral data into the model. According to the method, loss distribution can be dynamically optimized according to inversion requirements of different water quality parameters, the accuracy and generalization ability of simultaneous inversion of multiple parameters such as chlorophyll a, total suspended solids and transparency are remarkably improved, dependence of a traditional model on specific water body types is broken through, and the method can adapt to lake water bodies with different hydrological and optical characteristics.

The invention discloses a comprehensive aquaculture method for litopenaeus vannamei and snail composite biofloc, and belongs to the technical field of aquaculture. The breeding method comprises the following steps: carrying out composite domestication on the snails in a low-salinity-resistant water body and a high-turbidity-resistant water body, constructing a litopenaeus vannamei-snail-biofloc comprehensive breeding system, and carrying out daily breeding management. According to the method, snails are introduced into a litopenaeus vannamei biofloc culture system, redundant biofloc is efficiently utilized in an in-situ culture water body through the ingestion effect of the snails, and on one hand, additional snail culture biomass increase is obtained; on the other hand, the control level of total suspended solids in the culture water body is improved, the utilization rate of aquatic animals on nitrogen in the feed is increased, ecological synergy of litopenaeus vannamei, snails and biological floccules is achieved, and an environment-friendly technical path is provided for high-density prawn culture.

The invention relates to an omnivorous fish control method and application thereof, and belongs to the technical field of water ecological restoration. The invention provides a control method for omnivorous fishes. The control method comprises the following steps: putting carnivorous fishes into a small water body containing the omnivorous fishes; the mass ratio of the carnivorous fishes to the omnivorous fishes is 1: (1-3). According to the method, carnivorous fishes with a specific proportional relation are put into a small water body containing omnivorous fishes, so that the biomass of the omnivorous fishes can be remarkably reduced, a cascade effect is triggered, the predation of the omnivorous fishes on zooplankton is reduced, the biomass of the zooplankton is increased, the predation of the zooplankton on planktonic algae is increased, and the survival rate of the zooplankton is increased. Furthermore, the disturbance of omnivorous fishes to the bottom mud can be reduced, and the total suspended matter concentration is reduced, so that the effect of repairing the water quality is achieved.

The invention discloses a method for monitoring the total suspended solid concentration in a real-time sewage treatment process based on an artificial intelligence technology, belongs to the technical field of artificial intelligence, and solves the problems that a TSS index monitoring method is high in time cost and low in monitoring precision. In the research, a stack width learning system (OSBLS) model based on an over-complete independent component analysis (OICA) algorithm is adopted, the model preprocesses data by using the OICA method, non-Gaussian features in the data are extracted, and the advantages of high precision, low calculation complexity, convenient network updating and the like of the stack width learning system (SBLS) model are retained, so that the method has the advantages of high accuracy, high calculation complexity and high efficiency, and the method is suitable for large-scale popularization and application of the stack width learning system in the large-scale popularization and application of the stack width learning system in the large-scale popularization and application of the stack width learning system in the large-scale popularization and application of the stack width learning system in the large-scale popularization and application of the stack width learning system in the large-scale popularization. The problems of high time cost and low monitoring precision in the current sewage treatment process can be solved.

A system and method for process water and oxide coating recovery and distribution in a direct reduction system, such as a system for producing direct reduced iron. A warm lime softener is used to remove (recover) calcium, alkalinity, and other constituents from the process water system and to produce an effluent that can be further processed and returned as makeup to the process water system. The lime softening process requires lime (or similar material) to be added to the influent, thereby increasing the calcium and pH levels until they become supersaturated and precipitate. This chemical process results in effluent that is low in calcium, alkalinity, and total suspended solids.

A method of processing waste water to produce a filtrate is provided. The method includes the steps of: introducing untreated wastewater to an inlet zone of a bioreactor; introducing a concentrate of treated waste water with at least 10,000 mg / L of total suspended solids into the inlet zone of the bioreactor to form a biological active mixture; aerating the biological active mixture in an aeration zone of the bioreactor to produce treated waste water; filtering the treated waste water to produce a filtrate and the concentrate, wherein the filtrate created by the filtering has total suspended solids of less than 10 mg / L; transferring at least a portion of the concentrate to the inlet zone of the bioreactor; and transferring the filtrate external to the bioreactor as clean water.

The invention relates to the technical field of copper-nickel alloy surface treatment, in particular to a copper-nickel alloy pipe natural film forming method and a detection method. The natural film forming method for the copper-nickel alloy pipe comprises the steps that the copper-nickel alloy pipe is washed in seawater for preset time, and an oxidation film is formed on the surface layer of the copper-nickel alloy pipe; the seawater should meet the following conditions: the sulfate reducing bacteria is less than 1cfu / 10ml; the biochemical oxygen demand is less than 2mg / L; the total suspended matter is less than 2.5 mg / L. The natural film forming method and the detection method for the copper-nickel alloy pipe have the advantages that an initial surface in a good state is formed on the surface of a material, a good protection layer is formed, the material is prevented from being corroded, the surface treatment process is simplified, the working procedures are reduced, a large amount of manpower, material resources and financial resources are saved, and the cost is reduced; and pitting corrosion and corrosion phenomena of the copper-nickel alloy pipe in seawater are avoided, and the service life is prolonged.

This invention discloses a method for simulating and predicting heavy metal concentrations in water, comprising: integrating raw monitoring data, hydrodynamic data, total suspended solids, image remote sensing data, and human activity data to generate a multi-source cleaning sequence data package; using the image remote sensing data in the data package to perform cross-modal adsorption capacity estimation, inferring particle chemical composition and adsorption isotherm parameters from image texture, and generating a capacity feature package containing an upper bound of adsorption capacity; calculating time-varying travel times based on hydrodynamic data and human activity data, causally aligning the capacity feature package and upstream signals to generate a travel time aligned feature package; and combining metal fingerprint parameters, applying the upper bound of adsorption capacity as a physical constraint in the morphology allocation constraint header, explicitly decoupling and predicting its morphology, and generating a prediction result package. This invention deeply couples hydrodynamic physical mechanisms with particle adsorption chemical mechanisms, improving the prediction accuracy and physical consistency of the model under unsteady-state conditions.

This invention discloses a method and system for remote sensing inversion of suspended solids concentration in complex water bodies, belonging to the technical field of ecological environment. It includes: integrating remote sensing imagery and measured data to obtain synchronous sample point pairs; analyzing the backscattering coefficient of particulate matter and determining the optimal wavelength position reflecting the total suspended solids concentration using an iterative method; analyzing the absorption coefficient of particulate matter and determining the optimal wavelength position reflecting the total suspended solids concentration using an iterative method; determining the weights of absorption and scattering coefficients in the estimation of total suspended solids concentration based on the ratio of inorganic to organic particulate matter in the water body; constructing a remote sensing estimation model for the total suspended solids concentration in complex water bodies and applying it to remote sensing imagery. This invention considers the differences in absorption and scattering characteristics between organic and inorganic particulate matter, and is applicable to water bodies dominated by algae, water bodies dominated by non-algae, and complex water environments where both are mixed, exhibiting strong adaptability and accuracy.

The invention discloses a method for calculating the total amount of suspended solids in initial rainwater in a small watershed, belongs to the field of water environment pollution treatment, and is mainly applied to sponge city construction projects. Comprising the following steps: acquiring small watershed terrain, land utilization types and pollution source distribution data; determining rainfall characteristic parameters and surface pollutant dynamic accumulation parameters; establishing a TSS total amount calculation formula based on dynamic scouring and input; and outputting the total amount of TSS by combining the runoff scouring efficiency and external input correction. According to the method, parameters such as rainfall intensity, initial accumulation and pollutant migration characteristics are quantified, a TSS calculation model based on dynamic balance is provided, the problem that a traditional method neglects pollutant space-time heterogeneity and external input is solved, and the method has the advantages of being high in calculation efficiency and controllable in precision and is suitable for initial rainwater pollution evaluation of catchment partitions in a small watershed.

A produced water stream in a GOSP is pretreated to remove total suspended solids, emulsified oil, total organic carbon, chemical organics and inorganics, and biodegradable matter. The pretreated produced water stream is further processed to remove hydrogen sulfide gas, which is split in an electrolysis cell to produce hydrogen, sulfur, and water. Following this, bromine gas is removed. The pretreated produced water stream, after the removal of hydrogen sulfide and bromine gas, is further treated using CO2 to produce several minerals. The pretreated produced water stream, after mineral production, is desalinated to produce fresh water and a reject stream. Several valuable chemicals are produced from the reject stream. This process recovers valuable minerals and chemicals from a produced water stream in a GOSP.

This invention relates to a method for producing geothermal power using geothermal brines while producing a reduced silica and iron brine having improved injectivity. The resulting compositions include a composition with reduced silica, iron, and lithium having reduced quantity of total suspended solids.

This disclosure relates to a method for stabilizing concentrated oil refinery sludge. The method includes: heating a mixture of concentrated oil refinery sludge and a treatment agent under acidic conditions to obtain a treated material; wherein the concentrated oil refinery sludge has a moisture content of 98-98.5% by weight, a total suspended solids content of 15-20 g / L, and a volatile suspended solids content of 10-15 g / L; the treatment agent is obtained by pretreating ammonia oxime wastewater. This disclosure uses a treatment agent obtained after pretreating ammonia oxime wastewater to treat concentrated oil refinery sludge, which can significantly reduce the organic matter content and moisture content of the sludge cake, achieving substantial stabilization of the concentrated oil refinery sludge, while simultaneously realizing the resource utilization of the ammonia oxime wastewater.

The present invention provides improved methods for purifying and / or removing multiply charged cations and suspended solids from water. In particular the process relates to an additive composition that has the appropriate surfactant characteristics for effectively removing multiply charged cations and suspended solids from an aqueous or oil / aqueous mixed phase via foam fractionation. According to the invention, a hydrophobically modified polymer that acts as an associative thickener is used in the presence of a source of alkalinity or anionic reactant as well as surfactant in appropriate ratios to facilitate multiply charged cation and suspended solids removal for water purification in any of a number of commercial, environmental and industrial applications.