TH25092A - Oil recovery device with evaporator and filter - Google Patents

Abstract

Oil recovery device That includes the head and the base of the evaporator, both made of induction heating material and defined as the evaporator chamber during it. The protruding heaters are located in the base of the evaporator. To heat the contaminated oil in the evaporator chamber. By induction and contact for evaporation Contaminants / light liquids (such as water, fuel, or antifreeze) in the oil have evaporator holes protruding from the evaporator chamber through the head. And the evaporator ducts provide a gravity driven drive from the evaporator chamber and are present in the base. The oil pipe will feed the oil from the head towards the evaporator chamber in a good pattern. It passes through a number of equally separated channels located in the head and flares from the oil inlet to the evaporator chamber. To organize a small, separate stream of oil, it hits part of the circular conical wall extending from the base to the head. An oil filter of different opacity between the outer canister and the inner center fin is mounted on the head to separate particles from the oil before it is distilled.

Claims (9)

1. Oil recovery device Containing Evaporator head, evaporator base attached to and underneath of the evaporator head. The head and base are designated as chambers for the evaporator in between. A heater that is connected to the base of the evaporator to heat the contaminated oil in the evaporator chamber. By induction and heat conductivity To evaporate light contaminants in the oil Ventilation holes from the chamber of the evaporator. The drive tube releases oil from the evaporator chamber contained in the base of the evaporator and the oil inlet to inject oil from the nozzle towards the chamber of the evaporator. 2. The oil recovery device as described in claim 1, where it also includes an oil filter to filter the oil before it passes through the oil inlet. 3. The oil recovery device as described in Clause 2, where the oil filter is attached to the said evaporator head on the opposite side of the head of the evaporator from the base of the oil recovery device. Such evaporator 4. Oil recovery device as described in Clause 3 where the oil filter consists of an outer canister with a filter on it. The fins are porous at the center, with the filter media having at least a 10% difference in density between the canister. And fins at the center, the density of the fins is higher than the ones closest to the can. And where the oil hoses are aligned with the crude at the center, the filter is fixed on the head of the evaporator. 5. The oil recovery device, as defined in claim 4, where the filter medium is used for such a filter, is enclosed in a long continuous strand of unbleached natural cotton wrapped around the perforated fin. 6. Oil recovery equipment as described in claim 1, where the base of the evaporator is assembled with the base and wall parts, typically at at least one ring-shaped location. Go up from the said base towards the head of the evaporator. Shaped wall piece Such ring At the very least, there is a pipe made inside it for the discharge of oil. 7. The oil recovery device as described in claim 6, where the heater is concentrically with the wall. And consists of a sealed stainless steel resistive heater. 8. Oil recovery equipment as described in Clause 6 where the contaminated oil is. It is heated in the chamber, evaporated by conduction and convection. 9. Oil recovery equipment as described in Clause 8 where contaminated oil flows by oil hoses into the inside of parts generally. To the ring wall 1 0. The oil recovery device referred to in claim 1 also consists of a frame of the filter canister extending from the head of the evaporator on the opposite side of the head of the evaporator. The base of the evaporator, by the frame of the canister filter, has a removable lid. And cover the oil filter to filter the oil before it passes through the oil inlet.