9 results about "Textile effluents" patented technology

The invention discloses a textile wastewater treatment device for a loom. The textile wastewater treatment device comprises a base, a treatment bin, a supporting plate, a mounting frame and the like, a driving assembly drives a stirring plate to stir wastewater to be fully mixed with a medicament, and meanwhile, a stirring rod in an adsorption cavity is driven to rotate through a connecting mechanism, so that adsorbent precipitation is prevented, and the harmful gas purification effect is guaranteed; the lifting mechanism enables the mounting frame to drive the filter plate to lift, so that the suction head recycles waste water conveniently, and solid-liquid separation and filter plate cleaning and replacement are realized; the detachable mechanism can be used for quickly dismounting and mounting the supporting plate, so that flocculates can be treated in a centralized manner; the device integrates multiple functions, forms a complete and efficient wastewater treatment process, and effectively solves the problems of single function, poor treatment effect and the like of a traditional device.

The application discloses a textile wastewater treatment device for a textile machine and relates to the technical field of textile wastewater treatment.The device solves the problem that after the wastewater treatment device processes wastewater, the cover plate needs to be disassembled so as to clean the inner side wall of the treatment box, and the treatment box is a device for processing wastewater.Due to the large volume of the treatment box, if the inner side wall of the treatment box is cleaned alone, the labor intensity of workers is increased, and the cleaning is inconvenient.The device comprises a base, a treatment cylinder, a filter plate, a lifting mechanism, a stirring mechanism, a cleaning mechanism, an exhaust mechanism, a limiting mechanism, a connecting mechanism and a pressing mechanism.The upper end of the treatment cylinder is provided with a cover plate, and the inside of the cover plate is slidably connected with a bottom plate.The cooperation between the bottom plate and the cleaning cotton, the upward movement of the bottom plate along with the cover plate, the opening of the second rotary motor, the rotation of the mounting plate and the cleaning cotton and the convenient cleaning of the inner side wall of the treatment cylinder are achieved.

This invention proposes the design of a high-performance hybrid magnetic material for removing pollutants from industrial textile wastewater containing methylene blue. This material, a bimetallic oxide modified with plant-derived seeds, was evaluated for its adsorption capacity in synthetic wastewater saturated with methylene blue (concentration 10-140 ppm). Optimization of the various process parameters was carried out in batch mode to determine the optimal protocol for removing the target dye. This invention reveals that the magnetic adsorbent is highly effective against methylene blue, with an approximate removal rate of 100% over a very short period of 15 minutes at pH 6.48. The ease of retrieving this magnetic adsorbent with a simple magnet and its regeneration in several cycles without losing its effectiveness encourages its application on an industrial scale.

This invention proposes a bio-adsorbent based on black cumin seeds, effective for treating industrial textile wastewater. The black cumin seeds are washed with ultrapure water and air-dried for 12 hours, followed by a further drying step at a temperature of 50 °C for 24 hours. The dried seeds are then ground into a powder with a particle size of 600 µm. The chemical activation of this bioadsorbent is achieved by placing 10% of the powder in a 1M NaOH solution for one hour until the pH reaches 13. Once activated, the black cumin powder is washed several times with ultrapure water until the pH reaches 7, then dried at 50°C for 24 hours. The treatment of textile wastewater is carried out by batch adsorption of the target dye onto the activated black cumin.

This invention relates to the field of textile wastewater treatment technology and discloses a wastewater recycling and treatment device for fabric antibacterial treatment. It includes a wastewater recycling and treatment room, which is internally divided into a reaction zone, a flotation contact zone, and a separation zone by partitions. Filter screens are installed on the partitions. A stirring mechanism is installed inside the reaction zone, comprising a motor fixed to the top of the wastewater recycling and treatment room. The output end of the motor is connected to a rotating shaft, and a stirring rod is fixedly connected to the rotating shaft. By setting up a three-stage treatment structure of reaction zone, flotation contact zone, and separation zone, graded treatment of antibacterial wastewater is achieved. The stirring mechanism in the reaction zone ensures thorough mixing of the antibacterial agent and wastewater, promoting particulate matter adhesion. In the flotation contact zone, electrode plates electrolyze to generate microbubbles, carrying suspended solids to the surface. In the separation zone, a circulating belt and a baffle plate separate scum from the clean water, resulting in high treatment efficiency and good effluent quality.

This invention introduces an innovative method for synthesizing nano zeolite from sludge generated during textile wastewater treatment. The process involves the ፀቨር[6ጠ extraction of silica and alumina from the sludge, which is often considered a waste product. By converting this waste into nano zeolite, the invention not only addresses the pressing issue of textile waste disposal but also creates a valuable material with diverse applications. Nano zeolite possesses unique properties such as high surface area and ion exchange capabilities, making ቪ suitable for environmental remediation, including water purification and soil enhancement. Additionally, its applications extend to industrial processes, such as catalysis and adsorption. This dual benefit of waste valorization and product development highlights the potential of sustainable practices in the textile industry.

This invention discloses a polyethersulfone hollow fiber nanofiltration membrane for dye / salt separation, its preparation method, and its application, belonging to the field of membrane separation technology. This invention proposes a polyethersulfone hollow fiber nanofiltration membrane for efficient dye / salt separation, its preparation method, and its application. Polyethersulfone and diphenylmethane diisocyanate are dissolved in an organic solvent to prepare a spinning solution. Using a wet spinning process, the spinning solution is extruded and then sequentially immersed in a pure water coagulation bath and a compound-containing aqueous solution coagulation bath for phase inversion. During coagulation, the diisocyanate reacts with water to generate CO2, forming a porous structure in the fiber. Upon entering the compound coagulation bath, the residual isocyanate groups undergo a condensation reaction with one end of the compound, constructing a polyurea functional layer containing functional groups in situ on the fiber surface and the inner wall of the pores. This invention transforms byproducts from traditional wet spinning into functional components, simultaneously achieving the construction and functional modification of the porous structure within the membrane in a one-step process. The resulting nanofiltration membrane possesses both hydrophilicity and strong negative charge, exhibiting a high rejection rate for dye molecules while maintaining a low rejection rate for inorganic salts, thus enabling highly efficient and selective separation of dyes and salts. This preparation process is simple and highly controllable, showing promising prospects for industrial application in textile wastewater treatment and resource recycling.

This invention belongs to the field of wastewater treatment technology, and specifically relates to a device for treating and reusing textile dyeing and printing wastewater. It includes a base and an RO reverse osmosis filter fixedly mounted on top of the base. One end of the RO reverse osmosis filter is fixedly equipped with an inlet pipe. The device also includes: a wastewater detection mechanism mounted on the wall of the inlet pipe, used to detect the salt content, calcium and magnesium content, and flow rate of the wastewater; a scale inhibitor addition mechanism mounted on the top of the base and on the wall of the inlet pipe; and a pressurization mechanism mounted on the wall of the inlet pipe. This invention achieves precise control of scale inhibitor dosage through multi-parameter water quality detection, adaptive adjustment of the injection angle based on flow rate, and multi-stage dispersion enhancement of agent mixing, comprehensively improving scale inhibition effect and mixing uniformity. This effectively protects the spiral wound RO membrane, improves desalination efficiency, and ensures the long-term stable and efficient operation of the textile dyeing and printing wastewater treatment and reuse device.