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Drilling waste management for Drilling Cutting
Drilling waste management is used for taking drilling fluids from the drilling cuttings and clean the fluids for resuse.
Drilling waste management system are drying shaker, vertical cutting dryer, decanter centrifuge, screw conveyor, screw pump and mud tanks. The drilling waste management can effectively control the moisture content (6%-15%) and oil content (2%-8%) in drilling cuttings and stabilizes the liquid phase performance.
Drilling waste management system, also called as drill cutting treatment system or drilling cutting management system. According to different applications, it can be classified as water-based drilling waste management system and oil-based drilling waste management system. The main system equipments are drying shaker, vertical cutting dryer, decanter centrifuge, screw conveyor, screw pump and mud tanks. The drilling waste management system can effectively control the moisture content (6%-15%) and oil content (2%-8%) in drilling cuttings and stabilizes the liquid phase performance.
TR drilling waste management is used for taking drilling fluids from the drilling cuttings and clean the fluids for resuse. It is to maximize the recycling of drilling fluids, and minimize the drilling waste in order to save cost for operators.
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Vertical Cutting Dryer for Drilling Cuttings Recovery
Vertical Cutting Dryer uses centrifugal force to dry drilled solids.
Vertical Cuttings Dryer continues to be the industry choice as the most reliable and efficient solution when dealing with waste cuttings. The TR Vertical Cutting Dryer uses centrifugal force to dry drilled solids in oil or synthetic base fluids. Vertical cuttings dryer can recover up to 95% of drilling fluids. vertical dryer cuttings that can range between 6% and 1% oil by weight.
Vertical Cutting Dryer is a single level continuous working horizontal scraper discharging centrifuge. TR series It can effectively recover the oil components in the drilling chips, and can effectively meet the requirements of curing transportation and meet the requirements of environmental protection standards. A stainless steel screen bowl traps “wet” solids and accelerates them up 900RPM with G force to 420G. Vertical Cutting Dryer is very good. Liquid is forced through the screen bowl openings, while “dry” solids are extracted by the angled flights attached to the cone, which rotate slightly slower than the bowl. Tungsten carbide protects the flights from abrasive solids and ensures long operational life. This aids in maintaining a constant gap between the scroll and screen bowl, which is crucial for proper operation.
Vertical cuttings dryer can recover up to 95% of drilling fluids. vertical dryer cuttings that can range between 6% and 1% oil by weight.
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Sludge Vacuum Pump
Pneumatic vacuum transfer pump is a kind of pneumatic vacuum transfer pump with high load and strong suction, also known as solid transfer pump or drilling cuttings transfer pump. Capable of pumping solids, powders, liquids, and solid-liquid mixtures. The depth of pumping water is 8 meters, and the lift of discharged water is 80 meters. Its unique structural design enables it to operate in the most difficult environment with low maintenance rate. It can transport materials with more than 80% solid phase and high specific gravity at high speed. It has the following characteristics: the high-efficiency venturi device can generate up to 25 inches Hg (mercury) vacuum under strong air flow to suck materials, and then transport them through positive pressure, with almost no wear parts. It is commonly used for transportation of drilling cuttings, oily sludge, tank cleaning, long-distance transportation of waste suction, and transportation of minerals and wastes. The vacuum pump is a 100% aerodynamic and intrinsically safe pneumatic transportation solution, capable of conveying solids with a maximum inlet diameter of 80%. The unique patented venturi design creates a strong vacuum and high airflow, which can recover up to 25 meters (82 feet) of material and discharge up to 1000 meters (3280 feet). Because there is no internal working principle and no rotating vulnerable parts, it provides a very cost-effective solution for controlling the recovery and transfer of materials that are considered non pumpable.
