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20+ Years Deep in Metal Purification One-Stop Customized chemical Equipment Solutions

  • Technology Of Material Recycling for Lithium Batteries(Ternary 、LFP 、LCO etc.）
  • Nickel-cobalt intermediate product(MHP) recover process
  • Rare and precious metal extraction process(Ni\Co\Mn\Li\Cuand other Rare Metals)
  • Waste Gas Treatment Process
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    Quality Assurance

    Patented Products &International Certification.

    Payment Method

    Customized Paymentcycle.

    Full-Chain Customized Service

    Full-chain Customized Services.

    Maintenance & Repair

    Overseas Resident Maintenance Team Stationed.

    Hangzhou Tianyicheng New Energy Technology Co., Ltd

    About TYIC New Energy

    Hangzhou Tianyicheng New Energy Technology Co., Ltd. is a national high-tech enterprise listed on the new third board.

    Hangzhou technology center specializes in process design and equipment manufacturing of non-ferrous metals (precious metals such as nickel, cobalt, copper, lithium, manganese and zinc) and rare earth hydrometallurgy.

    Its main products include extraction equipment, PPH / HDPE equipment, micro interface degreasing equipment and stirring equipment.

    It is a well-known domestic professional manufacturer of extraction equipment and anti-corrosion storage tank. It has a good reputation and influence in the industry.

    About Us
    Design Of Wastewater And Waste Gas Treatment Process
    Design Of Wastewater And Waste Gas Treatment Process

    The organic waste gas pretreatment employs two-stage alkali washing, single-stage water washing, and surface cooling for mist removal. Alkali washing removes sulfuric acid mist and hydrogen chloride, while water washing mitigates residual lye impact on downstream equipment.
    Pre-treated gas is pressurized into activated carbon adsorption tanks, utilizing its higher adsorption capacity at ambient temperature and reduced capacity at high temperature for cyclic regeneration via temperature swing adsorption (TSA).
    Purified gas is discharged through a chimney equipped with monitoring ports and platforms compliant with national standards.

    Get Solution
    Process of Cathode Material Recycling Project for Ternary Power Batteries
    Process of Cathode Material Recycling Project for Ternary Power Batteries

    The primary recycling process for retired ternary batteries involves disassembly-crushing, roasting, leaching, extraction, evaporation/crystallization (electrowinning), and precipitation. Our company employs customizable processes to achieve full separation/recovery of nickel, cobalt, manganese, and lithium into battery-grade products, ensuring industry-leading metal recovery rates.

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    Nickel - Cobalt Intermediate Product (MHP) Recovery Process
    Nickel - cobalt intermediate product (MHP) recovery process

    Core nickel-cobalt recovery process: washing-leaching-extraction-evaporation/crystallization (electrowinning)-ion exchange. Our company tailors processes to achieve full separation/recovery of nickel, cobalt, and manganese into battery-grade products, ensuring industry-leading metal recovery rates.

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    Rare And Precious Metal Extraction And Recovery Process
    Rare and precious metal extraction and recovery process

    Regarding the extraction and recovery process of rare and precious metals, our company possesses core technologies.
    We have relatively solid technical reserves for engineering designs such as molybdenum extraction, vanadium extraction, lithium extraction, and rubidium-cesium extraction.

    Get Solution
    Design Of Wastewater And Waste Gas Treatment Process
    Process of Cathode Material Recycling Project for Ternary Power Batteries
    Nickel - Cobalt Intermediate Product (MHP) Recovery Process
    Rare And Precious Metal Extraction And Recovery Process
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    TYIC Equipment VS Other Equipment

    TYIC offers customers better economic returns and helps your project generate more profits.

    TYIC Equipment

    Other Equipment

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    Contact Us

    Double the Production Capacity

    Design profitable processes to maximize extraction value

    Based on the material characteristics and the target product, conduct in-depth analysis and process simulation to predict the optimal parameters, avoid trial-and-error costs, and maximize the success rate and economic efficiency in one go. By adopting highly efficient mass transfer and separation technologies, the processing capacity per unit time and separation efficiency are significantly enhanced, while fixed costs are reduced.Integrating technologies such as thermal coupling, solvent recovery, and waste heat utilization, the system systematically reduces the costs of steam, electricity, and solvent consumption, achieving a circular economy.

    Consult now for economic benefit assessment.

    Cost Reduction

    By optimizing solvent/energy consumption, reducing waste and minimizing human reliance, the cost per ton has been significantly reduced.

    Precise Control

    Precisely control the process parameters, maximize the extraction efficiency of the target components, improve the purity and consistency of the products, and enhance the market competitiveness.

    Production Capacity Increase

    High-efficiency equipment and optimized process design shorten the production cycle, achieve higher output per unit time, and meet the growing demand.

    Reduce Waste

    Advanced process design minimizes solvent residues, by-products generation and energy waste, achieving a win-win situation of green production and cost savings.

    Solution Industries of TYIC Equipment

    The company has achieved good performance in many fields such as chemical industry, steel, metallurgy, pharmacy, electric power, mining,  etc., and has been well received by the majority of users.

    Chemical Engineering

    Our solution enables efficient recovery of lithium, nickel, and cobalt through advanced hydrometallurgical processes, minimizing waste and supporting circular economy goals in…

    Electric

    We provide safe, scalable methods to reclaim critical metals from end-of-life batteries and e-waste, reducing reliance on virgin mining while ensuring compliance…

    Metallurgy

    Our pyro- and hydrometallurgical technologies refine recycled battery materials into premium-grade metals, aligning with sustainable smelting practices and energy-efficient refining.

    Mining Industry

    By reprocessing mining tailings and spent batteries, we recover high-purity metals, lowering the ecological footprint of raw material extraction and boosting resource…

    Environmental Equipment

    Recovered metals from batteries reduce demand for mining-related emissions, while our closed-loop systems mitigate hazardous fumes during recycling operations.

    Electrocar

    We transform retired EV batteries into refined materials for new cells, slashing lifecycle carbon emissions and advancing the automotive industry’s sustainability agenda.
    Fill out the form to clearly indicate your industry.

    TYIC Certification

    Tianyicheng is committed to providing users with efficient, high-quality, environmentally friendly, and low-cost design and technical solutions. It provides customers with comprehensive high-quality products and services.

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    The advantages of the extraction process and relevant equipments

    Tube-Type Mixing Extractor

    • High Efficiency:The efficiency is over 10% higher than that of traditional mixers.
    • Low Consumption:During the operation process, emulsification does not occur and the consumption of the extractant is low.
    • Flexibility:The volume of the aspirated fluid and the intensity of the mixing can be flexibly adjusted according to the requirements of the clarification capacity.
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    TYIC Show Case

    Our products are used in various industriesand have been recognized by our customers.

    Provide solutions for your battery recycling

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