Abstract:
A system and method of filtering fibrous and sheet segment materials from waste liquid in a dewatering process including a bar-screen filter comprising ribs and a perforated sheet, the bar-screen filter preferably partitioning a dewatering container into a collection area and a primary dewatering area.
Abstract:
An apparatus for filtering an industrial slurry, a non-suspended mixture of solid particulate matter and liquid produced by an industrial process, is disclosed. A method and system for filtering an industrial slurry and recycling liquid filtrate are additionally disclosed. One example of an apparatus for filtering an industrial slurry can include a receptacle, a false bottom disposed within the receptacle and containing an effluent exit, and a filter disposed within the effluent exit.
Abstract:
This device is designed to separate liquid from matter, or water from ground up cement or concrete. Water is recycled from the bi-product heavy grey mud or slurry, drying up the left-over matter. This process is possible through absorption containment liquid gravity filtration, This makes the water follow toward the adsorption gravite route of exite, or drip drying. The slurry liquid or matter is suspended in an absorbent filtration by using gravity to push the water out. The filter is designed in such a way that the water drips into the desired place.
Abstract:
Embodiments provide a vehicle for separating a mixed debris stream. The vehicle may include an elongate vehicle frame; a separating structure mounted on the vehicle frame and configured to contact the mixed debris stream with a fluid stream to separate the mixed debris stream into at least a first debris stream and a second debris stream; a feed structure for transporting the mixed debris stream to the separating structure at a delivery location; a first conveyor configured to receive the first debris stream at a receiving location; and a second conveyor configured to receive the second debris stream. At least one of the delivery location of the mixed debris stream, the receiving location of the first debris stream, and/or an ejection angle of the fluid stream may be adjustable.
Abstract:
Fluid processing apparatuses and systems are disclosed. In some embodiments the fluid processing apparatuses include a movable enclosure, a plurality of filter housings disposed substantially within the movable enclosure, and a stand disposed within the enclosure. The filter housings are in fluid communication with one another. Each filter housing defines an elongate path and is configured to support a respective filter along the elongate flow path to filter a substantially continuous flow of fluid. The stand supports each filter housing such that the elongate flow path of each filter housing is substantially parallel to a vertical axis, wherein each filter housing is independently rotatable, relative to the stand.
Abstract:
An apparatus for removing formation sand from an oil storage tank. The apparatus is mounted to a truck towable trailer so that it may be transported to remote sites. Mounted to the truck towable trailer is a container adapted to accept and dewater a sand-water slurry pumped from the oil storage tank. The slurry is formed by injecting high pressure water from a water reservoir mounted to the truck towable trailer into the approximate centre of mass of the formation sand by way of a pipe having a nozzle generating a spherical spray pattern within the slurry. The pipe is forced into the slurry by way of a two counter-rotating drive wheels in frictional contact with the pipe. Included in the apparatus is a bifurcated conduit adapted for attachment to the storage tank drain port adapted for the injection of high pressure through one branch of the conduit and withdrawal of slurry from the other branch and into the container by way of a slurry pump. The dewatering of the slurry takes place by a plurality of screen filters mounted to the bottom, side and front inside walls of the container. Oil and water extracted from the slurry is recycled back into the storage tank for later removal and treatment. All pumps and conduits are mounted to the truck towable trailer so that the apparatus is self-contained.
Abstract:
A water purifying device, wherein water purification tubes are combined with a bicycle or a motorcycle having a drive wheel assembled in a body thereof. The purification tubes are mounted on the body, a feed pump is connected to the water purification tubes and a water source is connected to the feed pump through a connector. The drive wheel is connected to the feed pump through the connector. The feed pump is driven by the drive wheel, water source water is fed to the water purification tubes, and water is purified by the water purification tubes for making drinking water.
Abstract:
A device enabling the timely removal and subsequent recycling of residues remaining in a pouring chute through which the load of a cement from a mixing drum of a mobile delivery vehicle was discharged. A strainer on a movable arm attached to the vehicle is placed under the chute to receive an effluent which results from spraying the inside of the nozzle with water. Solid particulates are retained by the strainer and a slurry which emerges from the strainer is pumped into the mixing drum, allowing the separated materials to be recycled when the vehicle returns to its base.
Abstract:
A filter element for a swimming pool cleaner includes a pair of pouches which are received within cavities defined within the pool cleaner housing. The outer edges of the filter element are attached to corresponding edges of the housing by releasable clips. Water is drawn through appatures in the bottom of the cleaner through the filter element and into a motor driven pump, with large debris remaining in the pouches and particles entrained in the pool water being caught by the filter element.
Abstract:
A deep oil fryer and filtration system is disclosed wherein the filtration system (B) is disposed within a cabinet (16) of a deep oil fryer (A) having a plurality of vats (10, 12, and 14). Filtration system (B) includes a drawer having a reservoir (20) and an adjacent utility compartment (40). A pre-filter (34) is disposed in a filter basket (30) received in reservoir (20) and spaced above a bottom wall of a reservoir by the legs (32). A drain outlet (28) from the reservoir delivers cooking oil to a pump (70). A flow line system which minimizes retention of cooking oil in the lines includes a reservoir outlet line (74), a filter inlet line (78), a filter by-pass line (80), and a return line (86). Whenever by-pass valve (82) is open and pump (70) is on, pre-filtered oil from filter (36) passes through filter inlet (50) and exits filter outlet (64) without passing through a filter element ( 48) to preheat the filter. The by-passed oil is returned to the cooking vat for rinsing out the cooking vat. When by-pass valve (82) is closed, oil entering filter inlet (50) is forced through filter element (48) on both ends (54a) and (56a). Primary filter (C) is a pressure filter which provides a final filtration of the prefiltered oil. Advantageously, pressure filter (C) includes an end cap (46) which is removable so that filter element (48) may be replaced from an opening in the oil reservoir to obtain any spillage.