14 results about "Zero waste" patented technology

A method for recycling catalytic metals comprising: collecting a plurality of spent catalytic metals, wherein the spent catalytic metals contain cathodes of NMC111, NMC622, NMC811, NCA, LCoO2, LiNi0.5Mn1.5O4, LiMnO4, LiNiO2, LiMn2O4, and / or LiMnO2 compositions; subjecting the plurality of spent catalytic metals to a green mixture, wherein the green mixture includes dihydrogen phosphite and water, phosphoric acid and water, sulfuric acid and water, hydrogen chloride and water, or nitric acid and water, at temperatures of between 80 and 120° C. to form a metal leachate solution; and recovering lithium (Li) from the metal leachate solution.

A method for recycling catalytic metals comprising: collecting a plurality of spent catalytic metals, wherein the spent catalytic metals contain cathodes of NMC111, NMC622, NMC811, NCA, LCoO2, LiNiO.5Mnl.5O4, LiMnO4, LiNiO2, LiMn2O4, and / or LiMnO2 compositions; subjecting the plurality of spent catalytic metals to a green mixture, wherein the green mixture includes dihydrogen phosphite and water, phosphoric acid and water, sulfuric acid and water, hydrogen chloride and water, or nitric acid and water, at temperatures of between 80 and 120°C to form a metal leachate solution; and recovering lithium (Li) from the metal leachate solution.

Extensible modular foundation with one or several layers of foundation (or modules), each with an extension higher than the previous one, superimposed on an existing or newly built base footing, joined only in its central part by means of anchor bolts and extensions, working structurally as a laminar foundation, constituted by the outermost foundation layer, combined with a lower counterweight constituted by the previous layers and the base footing, with great effectiveness to support the necessary stresses in high-rise elements, being able to build successive layers of foundation on top of the already existing ones. It is a modular structure that can be extended from its conception, evolving over time, adding more layers according to future needs without penalising the initial investment, avoiding the modification of the base shoe, reducing construction time and economic cost, while generating much less waste in line with the sustainability objective of "Zero Waste".

The goal is to achieve both upcycling and zero waste simultaneously. [Solution] The system comprises: a recycled raw material quantity calculation means that calculates the quantity of recycled raw materials that can be recycled as raw materials from the quantity of waste materials generated in the production process; a planned production quantity input means that inputs the planned production quantity of products to be produced using the raw materials; a new raw material quantity output means that calculates the quantity of raw materials required based on the planned production quantity input into the planned production quantity input means and outputs the quantity of new raw materials that are newly required by subtracting the quantity of recycled raw materials calculated by the recycled raw material quantity calculation means; and a waste material quantity calculation means that calculates the quantity of waste materials generated in the production process based on the planned production quantity input into the planned production quantity input means. The system simulates the quantity of recycled raw materials and the quantity of new raw materials from the quantity of waste materials calculated by the waste material quantity calculation means, and realizes a circular economy without difficulty by changing the flow of money.

The application discloses a wall plastering gypsum continuous coating forming device and a wall forming method, and belongs to the technical field of building machines. The device comprises a hollow sealed bin assembly, a centrifugal device, a leveling device, a collection and scraping device assembly and a sensing device assembly. The hollow sealed bin and the wall form a relatively sealed cavity. The centrifugal device throws the gypsum on the wall by high-speed rotation, thereby improving the bonding force and uniformity. The collection and scraping device completes scraping and light collection, and the remaining materials are recycled in the sealed bin. The sensing device realizes closed-loop regulation and control of the material level, bin pressure and plastering thickness. The forming method comprises positioning, centrifugal slurry throwing, thickness detection, scraping and light collection, internal circulation of the remaining materials and continuous integrated construction. The application solves the problems of weak adhesion, large waste of remaining materials and poor one-time forming of the prior art, has the advantages of high bonding strength, zero waste of remaining materials, high automation degree and one-time forming up to standard, and is suitable for automatic wall plastering operation of plastering machines and plastering robots.

The utility model provides a kind of embedded pure drinking machine zero waste water system with reverse water supply, it is related to pure drinking machine technical field, including water inlet and booster pump, the input end of the booster pump is connected with composite filter element, the output of the booster pump is connected with water inlet solenoid valve, the output of the water inlet solenoid valve is connected with RO membrane, the side of the RO membrane is connected with combined waste water valve.The utility model discloses when machine 30 minutes do not make water using RO membrane front section pure water directly into waste water pipe 5 seconds, the stale water in RO membrane is discharged, to reduce the TDS value of first cup water, machine in 30 minutes has water machine and does not discharge (TDS at that time is not high).Reduce the concentration of harmful substances, prevent impurities in water from re-dissolving or precipitating, improve the safety of water quality;Reduce the reproduction of microorganisms in the water purifier, reduce the risk of microbial contamination, users do not need to put down stale water before taking water, can obtain high-quality purified water at any time, and the taste of water is stable, reduce the waste of water resources.

This invention discloses a vacuum closed-loop recovery method for recyclable camphor pore-forming agent with an explosion-proof safety mechanism, belonging to the field of porous material preparation technology. It solves the problems of existing camphor pore-forming processes lacking closed-loop recovery and posing explosion safety hazards. This invention constructs a complete explosion-proof safety mechanism through a full-process technology of pre-inert gas replacement, vacuum gradient sublimation camphor removal, and directional condensation solid-state recovery, eliminating the risk of camphor vapor explosion at the source. Simultaneously, it achieves a camphor pore-forming agent recovery rate of ≥90%, and the recovered camphor can be directly recycled and reused, with zero waste gas emissions throughout the process. This method is adaptable to pore-forming of various suitable matrix materials, is safe, low-cost, and suitable for large-scale industrial production.

The present invention relates to a zero-waste eco-friendly cosmetic product and a method for manufacturing same. The present invention provides a cosmetic product that does not contain plastic and minimizes the generation of waste and thus is eco-friendly and can be used by cutting. In addition, the method for manufacturing a cosmetic product according to the present invention has the effect of ensuring stability by minimizing pinholes and molding marks which can be formed in the cosmetic content.

A sheet production line quick changeover system featuring standardized operation, zero waste and data quantification. The quick changeover system comprises: a machine base (1), which is arranged on the ground and comprises: a first reference surface (11), which is a machined horizontal surface on the machine base (1), and a second reference surface (12), which is arranged on a machined side surface of the machine base (1) and is perpendicular to the first reference surface (11); a side reference line (6), which is parallel to or coplanar with the second reference surface (12); a functional movement component (3), which is arranged on the first reference surface (11); a first detection surface (32), which is a side surface on the functional movement component (3) that can be used for measurement or a side surface of a sheet workpiece; and an operation guide board dimension, which is the clearance distance between the first reference surface (11) and the second reference surface (12). In view of a design drawing, by controlling the operation guide board dimension, quick changeover between production lines for sheets of different specifications can be realized, and the changeover is accurate.

The invention relates to cold-pressed black cumin pomace marmalade and production method thereof. In the production of black cumin oil by cold process, the oil-free black cumin pomace remains as a waste product after the cold pressing of black cumin seeds. Within the scope of the invention, cold-pressed black cumin pomace, rich in bioactive components and fiber, has been utilized in marmalade production within the scope of zero waste.

This invention discloses a continuous wall plastering mortar application and forming device and method, belonging to the field of construction machinery technology. The device includes a hollow sealed chamber assembly, a rotary centrifugal material throwing device, an adaptive leveling device, an integrated scraping and in-situ recycling device for surplus material, and a multi-sensor closed-loop intelligent control assembly. The forming method employs a fully integrated construction process: sealed chamber operation, centrifugal impact and slapping onto the wall, real-time closed-loop thickness control, simultaneous leveling and finishing, and in-situ recycling of surplus material within the chamber. This invention achieves high mechanical adhesion of the mortar through a sealed chamber and directional centrifugal impact, ensures precise and constant plaster thickness through sensor-linked control, and achieves zero material waste, no segregation, and no dust through in-situ recycling of surplus material. It is compatible with plastering machines and plastering robots, achieving one-time forming and improving construction efficiency and project quality.

This invention discloses a system and method for producing methanol / SAF syngas through multi-mode biomass graded directional gasification, comprising: a double-cylinder gasifier with a coaxial sleeve structure, wherein an annular cavity is formed between the inner cylinder and the outer furnace shell to constitute a cooling and alkali-catching unit; the inner cylinder is arranged from top to bottom as a carbonization section, a functional reaction section, and a gasification section, each section having an independent gas distribution device; a subcritical water purification unit; a tail gas combustion and heating unit; and an ash and slag treatment and recycling unit; providing three types and six furnace types through modular configuration: Type I two-stage furnace for main syngas production, Type II three-stage furnace for deep syngas upgrading, and Type III two-stage furnace for co-producing carbon materials and dynamic activation; the method includes raw material matching, graded directional gasification, annular channel cooling and alkali catching at 550-650℃, tar graded purification, multi-stage energy recovery, and ash and slag recycling; this invention achieves zero waste by controlling alkali metals through a three-stage process of "source fixation - annular channel collection - subcritical water washing" and utilizing all components of ash and slag for resource utilization.

The application provides a near-zero waste recycling method of waste metal fly ash captured by cloth bag dust removal, belongs to hazardous waste resource utilization, and specifically belongs to the energy-saving and environmental protection industry in the national strategic emerging industry. The application provides a recycling method of waste metal fly ash, which comprises the following steps: fly ash captured by a cloth bag dust remover in an oil residue filter cake metal recovery process is returned to a middle combustion zone of a multi-chamber furnace for combustion, so that metal ash first-class products are obtained. The application re-introduces waste fly ash captured by the cloth bag dust remover into a metal recovery main process, improves the comprehensive recovery rate of the metal ash products without increasing the load of additional treatment of the filter cake, significantly reduces the fly ash discharge amount, and the reduction is greater than or equal to 90%, thereby greatly reducing the solid waste disposal cost; the return system does not affect the stable operation of the multi-chamber furnace, the product indexes are qualified and are first-class products, the metal ash yield is increased, the benefit is significant, and the application provides a near-zero waste technology path for the oil residue hydrogen production filter cake metal recovery process.

This invention discloses a closed-loop system for freshwater production from salt fields using wind and solar power, and for algae cultivation in saline-alkali land improvement. It comprises six main units: wind and solar power supply, sealed salt production, in-situ saline-alkali land improvement and cultivation, salt-tolerant algae cultivation, a two-way multi-functional pipeline network, and intelligent sensing and control. The system achieves efficient freshwater recovery through sealed salt production coupled with condensation; long-term improvement through permanent HDPE waterproofing and in-situ straw mixing; tiered resource utilization through multi-shed linkage and gradient cultivation; and zero-carbon operation through wind and solar power. This forms a closed loop of "salt washing—salt production—freshwater production—cultivation—reuse," with zero wastewater and zero waste salt discharge, simultaneously producing refined salt, freshwater, crops, and algae powder. This invention is suitable for severely saline-alkali and arid areas, solving the problems of water shortage, salinization, high energy consumption, and large emissions, achieving synergy between ecological improvement and high-value production.