6 results about "Gravitational sedimentation" patented technology

This invention discloses a device for preparing and storing high-quality hydrogen, including a hydrogen production unit, a drying unit, a control unit, and a hydrogen storage unit. A shut-off valve is installed on one of the pipelines and is electrically connected to the control equipment for regulating the on / off state and flow rate of oxygen delivery. This invention constructs a dual gas-liquid separation mechanism of "centrifugal force + gravity" and a self-cleaning system for the screen plate through components such as a servo motor, rotating rod, spiral blades, and corrugated screen plate. The rotating spiral blades apply a stable centrifugal force to the hydrogen flow, throwing fine water droplets against the container wall and guiding them out through a conical chamfer. The corrugated screen plate increases the contact area through its corrugated structure to achieve secondary interception. Simultaneously, the high-frequency vibration driven by a vibrating hammer and spring prevents droplet accumulation and blockage, effectively solving the shortcomings of traditional devices such as low efficiency of simple gravity sedimentation separation, easy filter clogging, and frequent shutdowns for maintenance.

This invention relates to the field of intelligent lubrication materials and tribology, specifically to an intelligent lubricating gear oil based on electromagnetic rheology technology and its preparation process; it comprises a base oil, modified magnetic composite particles, and a functional additive package; the particles are obtained through surface pretreatment of micron-sized carbonyl iron powder, intermediate layer construction, and in-situ grafting of oleophilic and extreme pressure anti-wear monomers, and have a core-shell structure; its core is a high-density polymer molecular brush layer constructed by long-chain monomers, which utilizes steric hindrance and solvation effects to shield the excessively strong van der Waals forces and magnetic dipole interactions between particles; this invention effectively overcomes gravity sedimentation caused by density differences and significantly improves the dispersion stability of gear oil under static and dynamic environments.

This invention provides a multi-stage environmentally friendly water-based cutting fluid regeneration process, belonging to the field of industrial wastewater treatment and recycling technology. This multi-stage environmentally friendly water-based cutting fluid regeneration process includes S1, a gravity sedimentation coarse filtration stage: waste cutting fluid is subjected to long-term gravity sedimentation under specific hydrostatic conditions, specifically for removing heavy, large-particle impurities, providing pretreatment for subsequent precision filtration. By setting up multi-stage progressive and functionally specialized physical purification stages, the process systematically solves the problem of efficiently removing complex pollutants from waste cutting fluid. Compared to traditional single-treatment methods, this process first utilizes gravity sedimentation to specifically target heavy, large particles, then uses a specific mesh filter to selectively trap lightweight abrasives, subsequently uses centrifugal force to efficiently separate fine metal powders, and finally uses a nanofiber membrane to achieve deep removal of submicron-level impurities and colloids.

This utility model provides a gas-liquid separation device, relating to the field of gas-liquid separation technology. It includes a separation chamber with an installation port at the bottom of its outer wall and a flange mounted on the top. It also includes a separation assembly, comprising a top filter screen and an inner rotating frame slidably connected within the separation chamber. A fixed rod is rotatably connected within the inner rotating frame, and a backflow rod is fixedly connected to the bottom of the fixed rod. A second inclined plate is fixedly connected within the inner rotating frame. A rotating block is threaded onto the fixed rod and slidably connected to the bottom of the top filter screen. A rotating frame is slidably connected to the bottom of the separation chamber, and a first inclined plate is fixedly connected to the rotating frame. This utility model ensures efficient separation while reducing airflow resistance, avoiding the high energy consumption and clogging problems of traditional coalescing separators. Through multi-stage swirling enhancement, vibration-assisted desorption, and spiral guidance, it effectively solves the problem of low efficiency in separating fine droplets using traditional inertial separation and gravity sedimentation.