961 results about "Waste processing" patented technology

A replaceable raker assembly for a processing tool of a waste processing machine includes a tool holder for attachment to a rotor assembly of the waste processing machine. The replaceable raker assembly also includes a raker removably attached to the tool holder to rake reduced waste material.

The invention discloses a waste classification robot based on an image recognition technology. The waste classification robot based on the image recognition technology comprises a single-chip microcomputer, a manipulator and a camera, wherein actions of the manipulator are controlled by the single-chip microcomputer; the camera is used for shooting images of waste and inputting the images into the single-chip microcomputer for classification calculation after preprocessing the images; the single-chip microcomputer recognizes the images of waste through a convolutional neural network algorithm, and outputs a classification instruction to the manipulator; and the manipulator grabs different kinds of waste according to the classification instruction and places the waste to specific positions so that waste classification can be achieved. Automatic waste classification is conducted by combination with the manipulator, so that the waste processing efficiency is greatly improved, and the social benefit of a clean and comfortable living environment is brought.

The invention provides a new combined treatment process for oilfield solid waste (oil sludge, industrial solid waste and household garbage). In the process, liquid-solid separation is performed on the oil sludge of an oilfield by adopting a conditioning-centrifugal separation process; the separated liquid enters oil-water separation equipment constructed on the oilfield for recovering crude oil; the oil recovery rate is up to 65 to 90 percent; after drying separated solid residue, the separated solid residue and pre-crushed industrial solid waste and household garbage are mixed and enter a countercurrent-type rotary gasification incinerator; combustible components in the oilfield solid waste are decomposed and gasified into combustible gases which are combusted partially in the incinerator; the combustible gases are combusted completely in a secondary combustion chamber; high-temperature smoke gas afterheat is recovered by a conduction oil afterheat boiler and air preheating equipment; and low-temperature smoke gas of which the afterheat is recovered is harmlessly exhausted after being treated by a sharp-quenching deacidification tower, an activated carbon adsorption tower and a bag-type dust remover. The process realizes the purposes of decrement, harmlessness and resources of oilfield solid waste treatment.

This invention provides a waste-processing system capable of processing high-solids wastes such as manure. This invention provides a compact U-shaped digester that allows for recycling of activated sludge to improve the efficiency of the process. Efficiency is also improved through a sludge heating design that creates a current in the digester and efficiently heats the sludge. A composter is provided to further process the sludge through aerobic digestion to create usable fertilizer. Finally, one embodiment provides a turbine that is fueled by biological gases from the digester to generate heat and electricity to be used by the system.

A multi-functional tool assembly for a processing tool of a waste processing machine includes a tool holder for attachment to a rotor assembly of the waste processing machine. The multi-functional tool assembly also includes a multi-functional tool attached to the tool holder to reduce waste material and to aggressively output the reduced waste material from the rotor assembly of the waste processing machine.

A packet processor whose processing capabilities are optimized by concurrently processing multiple packets within various pipelined stages. At each stage, multiple packets are processed via an internally pipelined sub-processor. In one embodiment, the packets are processed in a round robin fashion. When a particular packet is done processing at a particular stage, it may pass another packet whose processing is not complete, and move to a next stage. In another embodiment, a packet is processed until a conditional branch instruction or any other instruction causing a potential stall is encountered. If such an instruction is encountered, a next available packet is selected and processed instead of wasting processing cycles during the stall, or proceeding with the processing of the current packet based on a predicted result. The sub-processor resumes processing of the packet once the stall is over.

The invention discloses a building waste processing device and a working method thereof. The building waste processing device comprises a base, a material lifting device and a crushing cavity, whereinthe material lifting device is vertically arranged on the upper side of the left end of the base, and the crushing cavity is located right above the base and is adjacently connected to the material lifting device; and the material lifting device comprises a vertical lifting cylinder, a lifting rotating shaft, a driving motor and a spiral lifting fin, the lifting rotating shaft is arranged in theaxle center of the lifting cylinder, the driving motor is connected to the top end of the lifting rotating shaft and is fixedly mounted at the top of the lifting cylinder, the spiral lifting fin is welded to the outer part of the lifting rotating shaft, a feeding hopper is connected to the bottom of the left side of the lifting cylinder in a penetration manner, a downward-inclined material conveying pipeline is arranged at the top end of the right side of the lifting cylinder in a penetration manner, a discharging end of the material conveying pipeline deeply penetrates into the crushing cavity, and a fixed shaft crushing roll and a movable shaft crushing roll are mounted in the crushing cavity in parallel. According to the building waste processing device, the working efficiency can be effectively improved, the feeding and crushing processes of the material can be relatively smooth and steady, and the labor and the time are saved; and the building waste processing device is simple andreasonable in structure, convenient to use, practical and efficient.

A break-away processing tool for a waste processing machine includes a tool holder, at least one fastener for attaching the tool holder to a rotor assembly of the waste processing machine and a structure for allowing breakage of the tool holder in a controlled manner such that broken pieces of the tool holder remains attached to the rotor assembly by the fastener.

The present invention discloses a method for removing the hydrogen sulfide from the gas containing the hydrogen sulfide and for recycling the sulfur element with the catalytic oxidation effect, and discloses a device thereof. A catalytic oxidation system consisting of iron ion and ethylenediamine tetracetic acid is used, so that the hydrogen sulfide is transformed to the sulfur element so as to be removed from the air stream containing the hydrogen sulfide; the hydrogen sulfide removing rate reaches 99.9 percent. The method of the present invention not only can be used for removing the hydrogen sulfide in the gas from the manure processing field, the urban living garbage transshipping station, the public toilet, the sewage treatment plant, the solid waste processing field, the oil refining plant and the animal dead-body sanitary processing field, but also can be used for removing the hydrogen sulfide in the fuel gases such as the marsh gas, the land-filling gas, the natural gas, etc. During the treatment process, except the useful sulfur element is produced, no other product that influences the environment is produced.

The invention relates to the separation of lanthanides and actinides by nanofiltration complexation. The object of the invention is to satisfy the existing need for a simple, efficient and economical technique for separating lanthanides and actinides. This object is achieved by a process consisting of using ligands of the polyamino acid type, such as EDTA or DTPA, for complexing lanthanides and/or actinides before separating them by nanofiltration. The invention further relates to novel polyamino acid ligands incorporating ligand structures additional to EDTA and DTPA. Application to the production of rare earths or nuclear waste processing, especially to recycling operations carried out on spent nuclear fuels is also discussed.

A hog waste processing apparatus is comprised of standard hog barns which are fluidly connected to separators. The separators are fluidly connected to a pair of reactor cells. The reactor cells are filled with EcoBlocks to increase the surface area upon which biological reactions occur. Excess fluid from the reactor cells drains into a polishing cell which recycles the water to flush the barns. A method is also affiliated with the apparatus. The method comprises flushing the barns with water once a week to remove animal waste to the separators. Once a month the separator being used is allowed to completely dry and the solid waste is removed to a storage area for further drying and shipment.

Methods and structures to reduce optical crosstalk in solid state imager arrays. Sections of pixel material layers that previously would have been etched away and disposed of as waste during fabrication are left as conserved sections. These conserved sections are used to amend the properties and performance of the imager array. In the resulting structure, the conserved sections absorb incident light. The patterned portions of conserved material provide additional light shielding for array pixels.

An apparatus, system, and method to process compostable waste. The apparatus includes a shredding module, a grinding module, and a bagging module. The shredding module may operate to shred non-food compostable waste into shredded waste. The grinding module may operate to combine the shredded waste with food waste into combined waste, add water to the combined waste if an insufficient moisture condition exists for further processing, and grind the combined waste into particulate waste. The bagging module may operate to bag the particulate waste into a compostable bag.

The invention provides waste processing equipment which is expected for improving utilization of heat energy and lowering equipment cost by means of a cement manufacturing process. The method for solving the problems is the waste processing equipment of the invention which is provided with a gasifier (3) for heating the waste and enabling the waste to generate thermal decomposition gas, a preheater (6) for preheating cement stone of cement manufacturing complete plant (2), a calcinator (7), a welding furnace (8), and a clinker cooler (9), and a gas delivery passage (11) for delivering particle-shaped carbon and ash and pyrolytic eumatolytic gas generated from the gasifier (3) to at least one of the calcinator (7) and the welding furnace (8).

The invention relates to waste processing, in particular to a method and a device for purifying waste liquid from pig cultivation, which solves the problem that the waste liquid of pig cultivation pollutes the environment. After solid and liquid waste generated by pig cultivation is separated, absorption, filtration and automatic purification technology is used for enabling the separated waste liquid from pig cultivation to enter into a first absorption pool for first absorption and filtration, then filtrated liquid enters an automatic purification depositing pool for purification depositing processing and then a second absorption pool for second absorption and filtration processing, and lastly, the processed waste water reaches the standard and is discharged. The device for purifying waste liquid from pig cultivation comprises a first absorption and filtration pool, an automatic purification depositing pool and a second absorption and filtration pool which are sequentially communicated, wherein filtration material is arranged in the absorption and filtration pools, and the filtration material is only one or a plurality of layers of furnace slag, crop stems, zeolite and gravel. The invention has simple technology, low cost and easy application, and is suitable for the purification and the standard discharge of the waste liquid from family type pig farms or small pig farms.

A method and apparatus for separating the organic membrane portion of waste egg shells from the hard inorganic mineral portion thereof, so that each can be used or further processed as desired, thereby addressing the environmental and economic issues associated with disposing of waste egg shells. The membrane and shell are separated by first processing waste eggshells so as to yield small waste eggshell particles. During this processing, the waste eggshell particles are at least slightly abraded, whereby the linking structure between the membrane and shell is at least partially disrupted. Thereafter, the waste eggshell particles are conveyed to a device, which isolates the two components based on their size and weight differences. The methods listed above can provide products from the eggshell waste including precipitated calcium carbonate, membrane, protein, amino acids, collagen and other important components.

The invention relates to the field of kitchen waste processing, in particular to a kitchen waste processing method which comprises the following steps that: 1) materials easy to smash in kitchen waste is separated through a pulping machine in a restaurant, and waste grout is prepared; 2) the waste grout is inputted into a feeding tank through a pumping tank truck to be fermented; 3) the fermented waste grout is extracted to obtain oil through a CO2 supercritical method in an extraction tank, and non oil materials enter into a fermentation system to carry out anaerobic fermentation to obtain biogas; and 4) methane and CO2 are obtained through separation and purification from the biogas through a gas separation device. According to the kitchen waste processing method, the yield of the oil and the gases is high, intermediate products produced in the processing process can be recycled, biogas residues obtained through the separation can be used for making fertilizers, obtained products of the kitchen waste processing is prevented from causing secondary environment pollution, and environment protection is benefited.

The invention relates to a waste processing method, in particular to relate to a recycling method for cleaning and processing kitchen waste and comprising the following steps: sorting, separating and recovering grease, performing secondary hydrolysis on materials after grease separation and recovery, further fermenting hydrolysis liquid and preparing solid residue obtained by sorting, hydrolysis and fermentation into feed. The invention has the following beneficial effects: economic and reasonable technologies suitable for industrialized application are adopted, thus greatly lowering processing cost; regenerative recycled products can be prepared with wide application and high additional value; and the production process is clean and environment-friendly, closed cycle of materials can be realized, secondary pollutants are prevented, and the recycled products have wide application, low operation cost and high economic benefit.

The invention relates to a crushing and processing equipment, in particular to a crushing and processing equipment for electronic component wastes. The technical problem to be solved by the present invention is to provide an electronic component waste crushing and processing equipment with good crushing effect, fast crushing speed, and no damage to the debris ejected from the electronic components. In order to solve the above technical problems, the present invention provides such an electronic component waste crushing and processing equipment, including a bottom plate, a right side plate, a fixed block, a processing box, a lower hopper, a first baffle, a first vertical rod, a first A motor, sector gear, driven wheel, turntable, driving wheel, etc.; the right side plate is installed on the right side of the top of the bottom plate by means of bolts, and the middle of the left side of the right side plate is installed with a fixed block by means of bolt connection. In the present invention, the waste of electronic components is crushed up and down by the first crushing plate, and the waste of electronic components is crushed from left to right by the second crushing plate, thereby accelerating the crushing speed.