Oil Suction Machine

Unlike traditional oil draining that requires lifting the vehicle and pouring out the used oil through the dipstick tube or oil pan drain hole, this machine creates a vacuum to easily extract waste oil.

An oil suction machine — also known as an expeller or screw press — uses high pressure and heat to “squeeze” oils from seeds, nuts and other plant products. It may be necessary to shell or peel the product before pressing.

Vacuum Suction

This oil extractor takes the traditional waste-oil draining process to the next level. It sucks the oil directly from the dipstick tube without having to lift vehicles or remove plugs, saving time and increasing efficiency. It is also safe since it doesn’t work with open flames and can be used autonomously by connecting Oil suction machine it to an air compressor. It also has a clear measurable inspection chamber, which makes it easy to keep track of the quality and quantity of the extracted oil.

The unit comes with a manual pump that generates negative pressure to draw the oil out of the dipstick tube. It is equipped with a safety valve and an oil drain hole, which prevents backflow of the sucked oil. It is designed to suck engine, transmission and lubricating oil, but it is not suitable for brake or fuel oils or other inflammable liquids.

This wall-mounted vacuum-charged waste-oil suction unit has a collection container with a transparent recovery chamber and level gauge, a kit of suction probes in different diameters and suction adapters, an automatic open hose reel with shut-off valve and connections, and a discharge hose for connecting it to the sewage system. It is pneumatically operated by connecting it to compressed air, and can be disconnected from the compressor when not in use. It can be emptied easily and cleaned using a water-based cleaner or degreaser, allowing for fast and simple maintenance.

Screw System

Screw pumps are ideal for pumping heavier grades of crude oil in pipelines because they can handle higher viscosities than centrifugal pumps. They work through friction heating, combining pressure with the screw movement to create heat that helps thicken the oil and make it easier to flow from the reservoir to the pipelines.

These machines are typically used in oil processing plants or specialized household settings that want to make their own oils. The machine uses a spinning screw inside a cage that presses the oilseeds together, squeezing out oil as it does so. A screen or filter protects the screws from leftover fibers and seeds, so only pure oil moves through to a separate container.

The vacuum generated by screw pumps is created through gas transport in gap-sealed chambers: Two parallel, non-contacting helical screw-shaped spindles intermesh without contact to form a series of chambers or pockets with very tight gaps. The gaps between the screws and the enclosing stator ensure that no gas escapes along the suction side of the pump to the discharge side, and they prevent the reverse flow of oil into the suction chamber.

VACUU*PURE screw pumps use magnetic gears instead of traditional support bearings to eliminate any operating fluid in the working chamber. This eliminates lubrication, eliminating the risk of unwanted reactions with process materials and making the pump 100% oil-free.

Screen or Filter

Screen filters are sleeve-like units embedded at the ends of intake pipes in water or oil wells. They serve two primary purposes – to separate solid particles that come in with the water, and to distinguish different kinds of sediments based on size. They are very similar to strainers but differ in the way they function.

In a typical screen filter, a cleaning rake moves via the clean liquid side of the filter’s bar spaces while pulling a counter-balanced carriage on which dirt collection forks are mounted. When the filter’s water level reaches a preset point or through the placement of a timer, the rake is activated. At the same time, the nozzles on the back of the screen filter move and rotate to scrub the entire surface. At the end of a cleaning cycle, the pressure in the rake and the dirt collection system is dramatically lowered which allows the debris to flow out of the back of the screen filter.

These screens are also used Oil suction machine wholesale as secondary filters in trickle irrigation systems. They are placed in the system after the sand media has been washed out of the filters through vortex sand separators and before a fine-mesh cartridge that traps organic matter in the water. This prevents the washed out sand from entering the irrigation system again.

Disposal

Used oil disposal is a vital part of a business, and following proper practices is the best way to avoid environmental contamination. Responsible waste oil disposal not only maintains a cleaner, safer environment, but also ensures compliance with environmental regulations and extends the life of raw materials.

The Environmental Protection Agency defines used oil as any mineral or synthetic lubricant that’s been used and becomes contaminated with physical or chemical impurities after use. This includes oil drained from equipment, bottom clean-out waste and fluids that are no longer usable as lubricants. However, vegetable oils, antifreeze and kerosene are not considered waste oil, as they don’t pose a threat to the environment.

While governmental agencies are concerned about what happens to mineral and synthetic lubricants after use, they’re less worried about vegetable-based lubricants. This may be because these lubricants are cheaper to recycle, as they’re often used as fuel for power plants and other industrial facilities.

To dispose of oil, you should store it in a safe container with a tight-fitting lid, and keep it away from other liquids such as gasoline and solvents. Then, either pour it down a drain or transfer it to a waste oil tank. If you have any concerns about handling or storing hazardous waste, please contact EHS at ext. 5663 for guidance.