# Tianyicheng Environment Protection Equipment

> Environmental Protection Equipment Manufacturers, Suppliers


## Posts

- [Waste Gas Treatment Systems & Processes](https://www.tyichemical.com/waste-gas-treatment-systems-processes/): Industrial enterprises often face unstable exhaust emissions, corrosive gases, and odor complaints; once uncontrolled, these issues trigger regulatory penalties, shutdown risks, and ESG pressure—yet engineered waste gas treatment systems offer a structured, compliant solution. Waste gas treatment systems are integrated engineering solutions that collect, purify, and safely discharge industrial exhaust gases. Through tailored process design, material selection, and equipment integration, they help manufacturers meet emission standards, protect assets, and ensure sustainable, long-term operation across chemical, energy, and recycling industries. Understanding how these systems work—and who can deliver them reliably—determines whether environmental compliance becomes a burden or a competitive advantage. Table...
- [How Industrial Waste Gas Recycling Systems Work](https://www.tyichemical.com/how-industrial-waste-gas-recycling-systems-work/): Modern waste gas recycling follows a structured, engineering-driven workflow rather than isolated treatment steps. ▸ Step 1: Source Collection and Sealing Efficient recycling starts at the emission source. Enclosed reactors, localized hoods, and corrosion-resistant ducting prevent leakage and secondary pollution. Proper airflow design ensures stable gas capture under fluctuating production conditions. ▸ Step 2: Pre-Treatment and Conditioning Waste gases frequently contain heat, moisture, and solid particles. Spray towers, demisters, and cooling units stabilize temperature and humidity while removing dust. This step protects downstream equipment and improves treatment efficiency. ▸ Step 3: Separation, Absorption, and Recovery This stage determines whether waste...
- [Exhaust Gas Treatment and Air Pollution Control](https://www.tyichemical.com/exhaust-gas-treatment-and-air-pollution-control/): Industrial exhaust gas threatens compliance and sustainability; uncontrolled emissions lead to fines, shutdowns, and reputational loss. Integrated exhaust gas treatment systems deliver stable, compliant air pollution control. Exhaust gas treatment and air pollution control use engineered systems to capture, neutralize, and remove harmful industrial emissions, ensuring regulatory compliance, operational safety, and sustainable production across energy, chemical, and recycling industries. The following sections explain how engineered exhaust gas treatment turns environmental pressure into operational reliability. 1. Industrial Exhaust Gas: Key Risks and Challenges • Emissions often contain acidic gases, VOCs, and particulates• Regulatory standards continue to tighten globally• Poor system design...
- [How do tanks get rid of exhaust gas?](https://www.tyichemical.com/how-do-tanks-get-rid-of-exhaust-gas/): ⚠️ Uncontrolled exhaust gas from industrial tanks causes corrosion, safety risks, and regulatory violations; if ignored, it leads to shutdowns and losses—engineered exhaust gas systems solve this at the source. ✅ Industrial tanks eliminate exhaust gas by sealing emissions, guiding them through corrosion-resistant pipelines, and treating them with customized scrubbers or adsorption systems, ensuring safety, compliance, and stable production. 👉 To understand this clearly, it is necessary to break down how professional engineering turns exhaust gas from a hidden risk into a controllable system. 🔹 Exhaust gas challenges in modern industrial tanks In lithium battery recycling, non-ferrous metal processing, and...
- [What are the Methods of Waste Gas Treatment?](https://www.tyichemical.com/what-are-the-methods-of-waste-gas-treatment/): Industrial operations often generate complex waste gas streams — leading to severe environmental harm, regulatory penalties, and community health risks if unmanaged. Effective waste gas treatment is critical to ensure compliance and protect air quality. Waste gas treatment methods include physical, chemical, and biological techniques designed to capture, neutralize, or convert pollutants into harmless substances. These systems are essential for industries facing strict emissions regulations and aim to improve workplace safety and environmental performance. TYIC provides advanced, customizable waste gas treatment solutions tailored to industrial needs. ➡️ Continue reading to explore key technologies and best practices for comprehensive waste gas...
- [Waste Gas Treatment for Various Industries](https://www.tyichemical.com/waste-gas-treatment-for-various-industries/): Struggling with harmful waste gas emissions causing regulatory fines, health hazards, and environmental damage? Without effective treatment, facilities risk legal action and ecosystem harm — TYIC’s advanced waste gas treatment systems provide compliant, efficient solutions. TYIC’s waste gas treatment systems offer customizable solutions to capture, neutralize, and process a wide range of industrial emissions. Designed for reliability and compliance with global environmental standards, these systems support operational efficiency and sustainable performance across chemicals, recycling, and energy sectors. Continue reading to explore how TYIC’s tailored waste gas solutions protect your operations and environment. Understanding the Challenges of Industrial Waste Gas Industrial...
- [Recovering Rare Earth Elements from E-Waste](https://www.tyichemical.com/recovering-rare-earth-elements-from-e-waste/): Pain Point： Electronic waste contains valuable rare earth elements (REEs), yet inefficient recovery leads to resource loss, environmental harm, and supply shortages. Consequence： If unresolved, these issues threaten sustainability and critical material supply chains. Solution： Advanced recycling technologies offer an efficient, sustainable path to reclaiming REEs from e-waste. Snippet：Recovering rare earth elements from e-waste transforms hazardous waste into valuable resources. It reduces environmental pollution, secures critical material supply, and supports sustainability goals through advanced extraction, separation, and purification technologies. Transition：Continue reading to explore how REE recovery from e-waste is transforming resource sustainability and industrial innovation. The Growing Importance of E-Waste...
- [Exhaust Gas Purification](https://www.tyichemical.com/exhaust-gas-purification/): Air pollution from industrial exhaust gas presents serious risks to environmental safety, regulatory compliance, and enterprise reputation. If not properly managed, it can lead to production shutdowns, heavy fines, and long-term brand damage. TYIC provides advanced, customized exhaust gas purification systems to help companies meet strict emission standards efficiently. TYIC exhaust gas purification systems are designed to remove hazardous emissions including NOx, SOx, VOCs, and particulate matter, while ensuring compliance with international environmental regulations. These systems feature high efficiency, corrosion resistance, and low maintenance—ideal for industries that demand safe and sustainable emission control. 👉 Discover how TYIC supports energy, chemical,...
- [Why are mine tailings considered so toxic?](https://www.tyichemical.com/why-are-mine-tailings-considered-so-toxic/): Mine tailings harbor toxic heavy metals and acidic residues that infiltrate water and soil. Unchecked, these pollutants devastate ecosystems and human health. TYIC offers advanced wastewater and treatment systems. Mine tailings from mining operations concentrate hazardous substances such as arsenic, lead, cadmium, and acid-forming sulfates. These toxins leach into groundwater, threaten biodiversity, and pose long-term health hazards. TYIC’s turnkey solutions combine storage tanks, wastewater treatment, and corrosion-resistant extraction equipment—ensuring safe containment and neutralization across lithium, nickel, copper, and cobalt mining projects worldwide. Read on to discover how TYIC mitigates tailings hazards and safeguards mining ecosystems effectively. Mine tailings refer to...
- [Methods for the Extraction of Minerals with Rare Earths](https://www.tyichemical.com/methods-for-the-extraction-of-minerals-with-rare-earths/): Inefficient extraction of rare earths from complex ores leads to low yields, high pollution, and unsustainable operations. These issues can jeopardize compliance, raise costs, and hinder industrial performance. TYIC’s engineered extraction solutions offer advanced, customized systems that maximize efficiency while ensuring environmental safety. Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) specializes in designing and manufacturing tailored rare-earth extraction systems, including tubular mixing extractors, micro-interface oil removal units, and corrosion-resistant tanks—ensuring efficient recovery and regulatory compliance for industrial clients. Explore how TYIC delivers optimized rare-earth extraction from complex ores through custom engineering and chemical technology. Customized Equipment for Rare Earth...
- [Leaching of Rare Earth Elements (REE): Past and Present](https://www.tyichemical.com/leaching-of-rare-earth-elements-ree-past-and-present-2/): Outdated rare-earth leaching caused toxic waste and resource loss, threatening ecosystems and health. The consequences were severe. Today’s modern solutions offer safer, cleaner, and more efficient recovery. Reclaiming rare earths using controlled leaching processes meets rising demand for sustainable materials. By replacing crude acid baths with precision extraction and closed-loop solvent recovery, modern leaching balances performance, environmental care, and resource efficiency across industries — from battery recycling to electronics manufacturing. Read on to uncover how leaching evolved — and why modern methods matter for sustainability and environmental protection. Historical Methods and Early Challenges In the early days of rare-earth extraction,...
- [Sequential Separations and Selective Recovery](https://www.tyichemical.com/sequential-separations-and-selective-recovery/): When resource‑intensive extractions fail to isolate pure components, clients face contamination, wasted materials, and rising costs. That risk demands reliable sequential separation — the solution lies in tailored multi‑stage recovery systems. Sequential separation enables precise isolation of target substances — while minimizing waste and ensuring compliance — in clean‑energy and environmental applications. Discover how custom-designed extraction and recovery equipment can revolutionize operational efficiency — and cut costs dramatically. Industrial processes — in sectors such as battery recycling, non‑ferrous metals refining, and chemical manufacturing — often involve complex mixtures of metals, solvents, oils, and wastewater contaminants. Without effective separation strategies, these...
- [Hydrometallurgy in the Processing of REE](https://www.tyichemical.com/hydrometallurgy-in-the-processing-of-ree/): ❗ The challenge: Rare-earth ores have high complexity and low grades, causing traditional mining to waste resources and generate excessive tailings.💡 The solution: Hydrometallurgy provides a cleaner, more controlled, and highly selective route to recover REEs from ores and recycled materials. 🔎 Why Hydrometallurgy Matters for REE Extraction Hydrometallurgical technologies — acid/alkaline leaching, solvent extraction, ion-exchange, precipitation, membrane separation — offer precise dissolution, separation, and purification of rare-earth elements.They deliver high-purity output, lower energy consumption, and reduced emissions, making them essential for modern REE refining and circular-economy applications. This article explores how hydrometallurgy aligns with TYIC’s engineering capabilities in advanced...
- [How Can Hydrometallurgy Solve the Growing Challenges of Rare Earth and Battery-Metal Processing?](https://www.tyichemical.com/how-can-hydrometallurgy-solve-the-growing-challenges-of-rare-earth-and-battery-metal-processing/): The rapid expansion of EVs, energy storage, and high-performance electronics has pushed global demand for rare earth elements (REEs) and battery metals to unprecedented levels. Traditional pyrometallurgical processes generate high emissions, significant waste, and unstable recovery rates, causing supply risks for key industries.Hydrometallurgy provides a cleaner, more selective, and more efficient pathway, but only when supported by advanced engineering and optimized equipment. Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) delivers high-efficiency extraction and purification systems that help global clients ensure stable, compliant, and scalable hydrometallurgical operations. 【Keep reading to uncover why hydrometallurgy is now essential for modern metal processing.】...
- [Hydrometallurgy: Can Traditional Smelting Keep Up with the Clean-Tech Era’s Metal Demand?](https://www.tyichemical.com/hydrometallurgy-can-traditional-smelting-keep-up-with-the-clean-tech-eras-metal-demand/): ❗ The Problem In the race for critical metals — especially rare earths and battery materials — traditional smelting is falling short. It consumes too much energy, generates pollution, and creates hazardous waste. ⚠️ The Risk Ignoring these issues may lead to regulatory penalties, supply chain disruptions, and brand damage — especially in ESG-conscious markets. ✅ The Solution Hydrometallurgy offers a cleaner, more efficient alternative — one that companies like TYIC are helping bring to life with advanced extraction equipment and environmental solutions. 👉 Continue reading to explore how hydrometallurgy is transforming the future of sustainable metal supply. 🔍 What...
- [Leaching of Rare Earth Elements (REE) Past and Present](https://www.tyichemical.com/leaching-of-rare-earth-elements-ree-past-and-present/): Industrial demand for rare earth elements (REEs) often outpaces sustainable supply, causing resource shortages and environmental degradation. Without efficient, clean extraction, critical REE scarcity and pollution risk escalate — fortunately, advanced leaching technologies offer the solution. Rare earth leaching has evolved from crude acid baths to high‑precision, environmentally compliant extraction systems — enabling high recovery, minimal waste, and sustainable supply for battery, metallurgy, and clean‑energy industries. This evolution invites a deeper look into how past practices shaped today’s advanced, eco‑efficient approaches. Historical Overview: Early REE Leaching Practices In the early stages of rare earth extraction — dating back to the...
- [Eco-Friendly Hydrometallurgy for Rare Earths Recycling](https://www.tyichemical.com/eco-friendly-hydrometallurgy-for-rare-earths-recycling-2/): Many businesses struggle to recover rare earth metals using outdated, wasteful methods — causing environmental damage, resource waste, and regulatory risks. TYIC solves this by offering eco‑friendly hydrometallurgical recycling solutions.  TYIC’s advanced hydrometallurgy delivers efficient, corrosion‑resistant extraction of rare earth elements, enabling lithium battery, magnet, and industrial metal recyclers to meet sustainability and compliance standards while reducing chemical consumption and waste.  Discover how this innovative approach transforms rare earth recovery with minimal environmental impact and maximum operational efficiency.  Why Traditional Methods Fall Short  Conventional rare earth recovery often relies on high‑temperature pyrometallurgy or mechanical separation — both of which demand...
- [Review on Hydrometallurgical Recovery of Rare Earth Metals](https://www.tyichemical.com/eco-friendly-hydrometallurgy-for-rare-earths-recycling/): The global rare earth supply chain faces critical inefficiencies in traditional processing — inefficient recovery and hazardous waste generation lead to environmental risks and economic loss. Wyeth saw these risks and adopted a hydrometallurgical solution to safeguard supply and minimize waste.  Hydrometallurgical recovery offers a cleaner, more efficient pathway to extract rare earth metals from complex ores and recycled materials — delivering higher yields and enabling integrated waste‑management.  This article delves into how hydrometallurgy transforms rare earth recovery, with practical relevance for industrial clients seeking turnkey EPC solutions.  Rare earth elements (REEs) — such as neodymium, praseodymium, dysprosium, and terbium...
- [🌱 Sustainable Separation of Rare Earth Elements from Wastes](https://www.tyichemical.com/sustainable-separation-of-rare-earth-elements-from-wastes/): ⚠️ Problem: Rare earth elements (REEs) in industrial waste are lost, leading to shortages.  ⛔ Consequence: Resource depletion, higher costs, and environmental harm.  ✅ Solution: Sustainable REE recovery converts waste into valuable resources and reduces pollution.  ♻️ Recovering rare earths from industrial and electronic waste reduces landfill, lowers emissions, and enables a circular economy. Efficient separation technologies extract high-purity REEs from waste streams.  🔍 Why it matters: Let’s uncover how sustainable REE recovery works — and why it’s essential for the future.  🔧 Why Sustainable REE Recovery Matters  Rare earth elements like neodymium, dysprosium, and lanthanum power our electric vehicles,...
- [Separation Hydrometallurgy of Rare Earth Elements](https://www.tyichemical.com/separation-hydrometallurgy-of-rare-earth-elements/): Inefficient rare earth separation causes metal loss, cost surges, and environmental violations. These challenges threaten operational stability. TYIC offers advanced hydrometallurgical solutions that recover high-purity rare earths efficiently and sustainably.  TYIC’s rare earth separation systems use precision-engineered solvent extraction, leaching, and ion exchange processes. Designed for industrial scale and customized for client feedstock, these systems ensure high-purity recovery, operational safety, and environmental compliance across mining, recycling, and chemical sectors.  Discover how TYIC enables smarter, cleaner rare earth separation for modern industries.  Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) provides comprehensive hydrometallurgical separation technologies for rare earth elements (REEs), designed...
- [How Does Solvent Extraction Serve in Lithium Battery Recycling?](https://www.tyichemical.com/how-does-solvent-extraction-serve-in-lithium-battery-recycling/): What exactly is solvent extraction? Solvent extraction is a chemical‑engineering process in which a targeted component is transferred from one phase to another—often from a solid or aqueous phase into an immiscible liquid solvent—so that the desired material can be separated and recovered. In industrial environments, this technique leverages differences in solubility, partition coefficients and selective complexation to isolate valuable substances. For example, in a typical operation, a feed‑solution containing dissolved metals is contacted with an organic solvent, allowing the metal ions to move into the solvent phase. Subsequently the solvent is stripped or treated so the metals are recovered...
- [Is the Lithium Mining Market Facing a Serious Deficit?](https://www.tyichemical.com/is-the-lithium-mining-market-facing-a-serious-deficit/): 1. Will There Be a Looming Lithium Shortfall? The global demand for lithium is surging rapidly, driven especially by the widespread adoption of lithium‑ion batteries in electric vehicles, energy storage systems, and portable electronics. At the same time, the supply side is under pressure: traditional lithium mining and extraction operations are facing geological, environmental, and regulatory constraints. Many analysts believe that the market may experience a significant supply gap, where the extraction of lithium batteries demand outpaces the mining and processing of lithium compounds. For manufacturers such as Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) — which offers extraction...
- [Is Lithium Mining Truly Sustainable in the Age of Battery Growth?](https://www.tyichemical.com/is-lithium-mining-truly-sustainable-in-the-age-of-battery-growth/): Environmental Monitoring and Management in Lithium Mining In the extraction of lithium for battery production—particularly for the rapidly growing demand in the “Extraction of Lithium Batteries” supply chain—the deployment of robust environmental tools and monitoring systems is essential. Firms such as Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC), which design, manufacture, and install extraction and environmental protection equipment (including waste-gas systems, wastewater treatment systems, and corrosion-resistant storage tanks), are well positioned to support mining and processing operations in deploying comprehensive environmental management systems. These systems include real-time monitoring of water consumption, effluent discharge, air emissions, and land disturbance. For...
- [Is Lithium Truly the Key to the Next Energy Revolution?](https://www.tyichemical.com/is-lithium-truly-the-key-to-the-next-energy-revolution/): 1. The Growing Importance of Lithium Lithium has emerged as a cornerstone of modern energy systems, and its significance continues to expand rapidly. At the heart of this growth lies the widespread deployment of electric vehicles (EVs) and energy storage systems (ESS) — both of which rely heavily on lithium‑based battery technologies. As a leading manufacturer of industrial extraction and environmental solutions, Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) recognises that ensuring reliable supply of lithium is essential for the global transition toward clean energy. Moreover, lithium’s role extends beyond batteries: it is increasingly used in non‑ferrous metal processing,...
- [Solvent Extraction in Lithium Battery Recycling: A Strategic Technology for Sustainable Metal Recovery](https://www.tyichemical.com/solvent-extraction-in-lithium-battery-recycling-a-strategic-technology-for-sustainable-metal-recovery/): The rapid proliferation of electric vehicles and portable electronic devices has significantly increased the global demand for lithium-ion batteries. With this surge comes the pressing need to manage the end-of-life disposal and recycling of these batteries. Traditional methods often fall short due to inefficiencies, high operational costs, and environmental drawbacks. Solvent extraction emerges as a transformative approach, offering an efficient, cost-effective, and eco-friendly solution for recovering valuable metals from spent lithium batteries. The Role and Benefits of Solvent Extraction Solvent extraction is a key hydrometallurgical process that enables the selective separation and recovery of high-value metals from lithium-ion batteries. At...
- [Under the Hood: Lithium Power in Electric Vehicles](https://www.tyichemical.com/under-the-hood-lithium-power-in-electric-vehicles/): The demand for lithium batteries continues to rise steadily. These batteries are essential components in numerous modern technologies, including mobile phones, laptops, children’s toys, energy storage systems, and electric vehicles (EVs). At present, the lithium used in batteries is primarily sourced through mining, with only a small fraction being recovered through recycling. The primary global producers of lithium include Australia, Chile, Argentina, and China. However, lithium resources are not unlimited. Lithium and Its Role in Battery Technology Since the 1970s, lithium has played a critical role in battery development. Its high reactivity and light weight make it a favorable element...
- [Lithium-ion Batteries: Evolving Chemistries and the Value of Recycling](https://www.tyichemical.com/lithium-ion-batteries-evolving-chemistries-and-the-value-of-recycling/): The global transportation industry is undergoing a significant transformation with the growing adoption of electric vehicles (EVs), driven primarily by advancements in lithium-ion battery technologies. These batteries are increasingly replacing traditional gas and diesel-powered systems due to their superior power-to-weight ratio, high-temperature tolerance, low self-discharge rate, and extended service life. Compared to lead-acid and nickel-metal hydride batteries, lithium-ion variants offer distinct operational advantages, making them the preferred choice for EV manufacturers worldwide. Constructed using components such as lithium manganese oxide, lithium cobalt oxide, graphite, and polypropylene films, lithium-ion batteries rely on a mix of advanced materials. Cobalt, in particular, is...
- [How does a Mixer‑Settler optimise liquid–liquid extraction performance?](https://www.tyichemical.com/how-does-a-mixersettler-optimise-liquid-liquid-extraction-performance/): What is a Mixer‑Settler?A mixer‑settler is a piece of liquid‑liquid extraction equipment that combines two contiguous zones: a mixing chamber where two immiscible liquid phases (for example an aqueous feed and an organic extractant) are vigorously contacted to allow solute transfer, and a clarification (or settling) chamber where, under the influence of gravity, the mixed emulsion separates into its constituent phases.This device is widely used in hydrometallurgical solvent extraction operations for the separation and purification of metals; it enables continuous or multi‑stage operation for deep separation, by directly coupling the mixing and settling steps. Keep reading to explore how mixer‑settlers...
- [Solvent Extraction Technology in Lithium Battery Recycling](https://www.tyichemical.com/solvent-extraction-technology-in-lithium-battery-recycling/): With the rapid development of the electric vehicle industry and the global transition toward sustainable energy, lithium-ion battery recycling has become a critical concern. As a company specializing in chemical extraction equipment and environmental systems, Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) plays a vital role in advancing the recycling of valuable battery materials. Among the key technologies enabling high-efficiency recovery is solvent extraction. TYIC offers advanced, customized systems that deliver superior performance and comply with international environmental standards. What is Solvent Extraction? Solvent extraction is a selective separation process that utilizes the difference in solubility of metal ions...
- [What is Regenerative Electro‑Hydrometallurgy Battery Recycling?](https://www.tyichemical.com/what-is-regenerative-electrohydrometallurgy-battery-recycling/): The sheer volume of retired lithium‑ion batteries has created a massive recycling headache, with traditional methods like smelting wasting resources and harming the environment. If this problem is left unchecked, critical metals such as lithium, nickel and cobalt will remain locked in waste, mining will stay rampant and carbon emissions will escalate. The solution lies in regenerative electro‑hydrometallurgy, a cutting‑edge process that uses electricity and water‑based chemistry to recover valuable metals efficiently and sustainably. Regenerative electro‑hydrometallurgy is an advanced battery‑recycling technique that merges electrochemistry and hydrometallurgy: it uses aqueous solutions and electrical current to extract high‑purity metals from end‑of‑life lithium‑ion...
- [How Are Lithium Batteries Recycled?](https://www.tyichemical.com/how-are-lithium-batteries-recycled/): Lithium batteries power everything from smartphones to electric vehicles, but improper disposal creates environmental risks. How exactly do we recycle lithium batteries efficiently and safely? Lithium battery recycling is becoming urgent as global energy storage demands grow—let’s explore why and how. Background on Lithium Batteries Lithium batteries are high-density rechargeable energy storage devices widely used in consumer electronics, electric vehicles (EVs), renewable power systems, and industrial backup applications. Unlike traditional alkaline or lead-acid batteries, they use lithium compounds as the active material for electrodes, making them lightweight, durable, and energy-efficient. Different types of lithium batteries exist—including lithium-cobalt oxide, lithium-iron phosphate,...
- [TYIC Attends 2025 China International Nickel & Cobalt Industry Annual Conference, Advancing Standardization and Innovation in Green Extraction Equipment](https://www.tyichemical.com/tyic-attends-2025-china-international-nickel-cobalt-industry-annual-conference-advancing-standardization-and-innovation-in-green-extraction-equipment/): On October 30, 2025, the China International Nickel & Cobalt Industry Annual Conference, hosted by the China Nonferrous Metals Industry Association, was successfully held in Lanzhou, Gansu Province. Centered on the theme “Nickel-Cobalt Smart Chain, Empowering the World – Key Metals in the New Energy Era”, the event brought together over a thousand representatives from across the global industry to discuss new development patterns and pathways for the sector. Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) was honored to be invited to attend this high-level event. As a technology-driven manufacturer focused on high-reliability and environmentally friendly extraction solutions, TYIC...
- [How Can Companies Effectively Solve Lithium Battery Recycling Challenges?](https://www.tyichemical.com/how-can-companies-effectively-solve-lithium-battery-recycling-challenges/): Explore the most reliable lithium battery recycling solutions tailored for efficiency, compliance, and sustainability. Maximize battery value while minimizing waste – discover next-gen lithium battery recycling strategies. 📦 Battery Recycling Services As global reliance on lithium-ion batteries surges, the pressure to manage battery waste sustainably has never been greater. Battery recycling services are essential in addressing environmental risks while reclaiming valuable metals like lithium, cobalt, and nickel. These services help mitigate hazardous material exposure, reduce landfill use, and enable a circular economy. Leading industrial battery recycling providers offer end-to-end solutions including: Collection and safe transportation Battery disassembly and diagnostics Advanced...
- [How can companies maximise the efficiency of precious metal extraction in industrial applications?](https://www.tyichemical.com/how-can-companies-maximise-the-efficiency-of-precious-metal-extraction-in-industrial-applications/): Precious metal extraction refers to the industrial processes used to recover valuable metals—such as gold, silver, platinum‑group metals and other rare/heavy‑metals—from primary ores, recycled materials or waste streams. It involves a sequence of physical and chemical operations designed to separate the target metal from host minerals or waste matrices and produce a purified form suitable for refining, reuse or onward processing.Through cutting‑edge technologies, tailored extraction equipment and engineered process flows, organisations can increase yield, reduce environmental impact and optimise costs within extraction projects. Continue reading to discover each critical step — and how a leading provider delivers advanced solutions tailored...
- [Lithium Battery Recycling Process and Technology Advantages](https://www.tyichemical.com/lithium-battery-recycling-process-and-technology-advantages/): Recycling waste lithium batteries is an essential step toward sustainable resource recovery. Through advanced dismantling, leaching, and extraction technologies, valuable metals such as nickel, cobalt, manganese, and lithium can be efficiently separated and reused, significantly reducing environmental pollution and raw material costs. 1. Dismantling and Roasting Stage The recycling process begins with battery dismantling, crushing, and roasting. Spent lithium batteries are disassembled and broken down to produce black powder, copper powder, and aluminum powder. Black powder enters the next hydrometallurgical stage. Copper and aluminum are recovered as reusable metal resources. The organic gases generated during roasting are burned at high...
- [Can lithium batteries be recycled?](https://www.tyichemical.com/can-lithium-batteries-be-recycled/): Many industrial users face the issue of accumulating spent lithium‑ion batteries that pose fire risk and material loss. If these end‑of‑life batteries are simply discarded, the serious consequence includes environmental contamination, waste of critical metals, and regulatory penalties. The solution lies in establishing established recycling pathways that recover valuable materials and ensure safe disposal. Bold snippet:Yes — lithium‑ion batteries can and should be recycled through certified collection points and specialised facilities that recover lithium, cobalt, nickel and other critical metals while preventing disposal‑related hazards. By reading on, you’ll discover where to recycle batteries, what value is unlocked, and how the...
- [What Percentage of Retired Lithium Batteries Are Recycled](https://www.tyichemical.com/what-percentage-of-retired-lithium-batteries-are-recycled/): When vast numbers of retired lithium-ion batteries go unrecycled, resource waste and environmental hazards intensify—disrupting supply chains and damaging corporate sustainability. The solution lies in building high-efficiency, closed-loop recycling systems. Globally, only around 5% of retired lithium-ion batteries are currently recycled. With advanced systems and process optimization, recovery rates can be significantly increased. To understand this gap—and how Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) is closing it—read on. TYIC has leveraged its strengths in process engineering, equipment manufacturing, and EPC integration to achieve up to 95% recycling efficiency.TYIC focuses on advanced industrial systems for battery recycling, environmental protection,...
- [How Does a Lithium Battery Recycling Machine Work?](https://www.tyichemical.com/how-does-a-lithium-battery-recycling-machine-work/): The rise of electric vehicles and portable electronics has fueled massive demand for lithium-ion batteries. However, their end-of-life management is becoming a pressing issue. Without effective recycling, discarded batteries can lead to severe environmental harm, resource waste, and safety hazards. A lithium battery recycling machine offers a sustainable solution that maximizes material recovery while minimizing ecological impact. Stay with us to explore how this advanced system transforms waste into reusable resources and why choosing Tianyicheng is your best investment in green technology. Lithium-Ion Battery Recycling System Applications A lithium battery recycling machine is not a single device but an integrated...
- [What Are the Key Challenges in the Extraction of Rare Earth Metals?](https://www.tyichemical.com/what-are-the-key-challenges-in-the-extraction-of-rare-earth-metals/): What Is Extraction of Rare Earth Metals? Rare earth element (REE) extraction begins with mining ore, followed by physical processes like crushing, grinding, and flotation to concentrate the minerals. Next, chemical processes such as acid or alkaline leaching, solvent extraction, or ion‑exchange are used to chemically separate the individual rare earth elements. These conventional methods often create significant environmental challenges, including toxic waste and radioactive byproducts. Why Is It Important to Dive Deeper Into This Topic? Discover how separation, alternative sources, environmental impact and cutting‑edge methods influence the lifecycle of rare earth extraction and what that means for the global...
- [How are metals extracted from their ores?](https://www.tyichemical.com/how-are-metals-extracted-from-their-ores/): What is the extraction of metals?Metals are extracted from ores through a process that includes concentrating the ore, converting it to a metal oxide, and reducing the oxide to the metal. The specific methods used for reduction, such as heating with a reducing agent like carbon or electrolysis, depend on the metal’s reactivity. Highly reactive metals are extracted using electrolysis, while less reactive metals can be extracted by smelting with a reducing agent like carbon. Let’s explore deeper into how the extraction of metals works and what it means for industrial processes and sustainability. Which metals can be extracted from...
- [Comprehensive Guide to Lithium Battery Extraction](https://www.tyichemical.com/comprehensive-guide-to-lithium-battery-extraction/): Problem: Attempting DIY lithium extraction from spent cells risks fires, toxic exposures, and legal violations; professional recycling is the safe, responsible solution. Snippet: Extracting lithium from end‑of‑life batteries is technically complex and hazardous. Instead of attempting manual extraction, stakeholders should rely on certified recyclers or licensed industrial processors that use controlled hydrometallurgical, pyrometallurgical, or direct‑recycling routes to recover value safely and compliantly. Continue reading for an objective overview of risks, commercial methods, and safe alternatives. Overview and safety first Attempting to extract lithium metal or lithium compounds at home from laptop cells, button cells, or small cylindrical cells (such as...
- [How Can Metal Purification Be Optimally Achieved in Modern Industry?](https://www.tyichemical.com/how-can-metal-purification-be-optimally-achieved-in-modern-industry/): Metal purification is a critical step in the metallurgy and recycling industries, yet many still ask: how can high‑purity metal be achieved efficiently and cost‑effectively? This article explores the nature of metal purification, its various methods, differences by metal type, its impact on recycled metal quality and value, and emerging trends in purification technologies. Companies like Hangzhou Tianyicheng New Energy Technology Co., Ltd. (TYIC) play a key role by delivering advanced, customized purification and environmental systems for industrial applications. What is Purification of Metals? Metal purification refers to the processes and techniques applied to remove impurities—such as other elements, oxides,...
- [Extract Lithium From Batteries](https://www.tyichemical.com/extract-lithium-from-batteries/): What is Lithium Battery Extraction?Lithium battery extraction refers to the processes by which lithium is separated and recovered from primary sources—such as natural brines, mineral ores, or spent lithium‑ion batteries—using chemical, mechanical, and electrochemical methods. From mined ores, lithium is typically recovered via processes like roasting and leaching; from brines, techniques like evaporation ponds or Direct Lithium Extraction (DLE) capture Li⁺ ions; and when it comes to recycling lithium batteries, mechanical shredding, hydrometallurgy, solvent leaching, and electrochemical separation are used to reclaim lithium salts (e.g. Li₂CO₃ or LiOH). These methods enable a circular economy for lithium, reducing dependence on fresh...
- [What Is the Cost of Mining a Ton of Lithium?](https://www.tyichemical.com/what-is-the-cost-of-mining-a-ton-of-lithium/): P: Mining lithium carries rising extraction costs, A: inefficient operations can cause environmental damage and profit loss, S: optimizing process and technology offers cost control and sustainability. Lithium mining costs vary by geography, depth, energy use, and technology. Typical costs range between US $2,000 to US $6,000 per ton for brine operations and up to US $8,000‑12,000 per ton for hard rock mines. Efficient designs, renewable power, and optimized water use can reduce the outlay significantly. Understanding cost structure reveals levers to manage expenses and remain competitive. Cost of lithium mining divides into categories: capital expenditures (CAPEX), operating expenditures (OPEX), and external/environmental costs. 1. Capital Expenditure...
- [What is the exploration and extraction cost for Lithium?](https://www.tyichemical.com/what-is-the-exploration-and-extraction-cost-for-lithium/): Rising lithium demand drives prices up, yet many overlook the high exploration and extraction costs behind it. Uncontrolled spending, poor resource assessment, or inefficient technology can lead to financial loss and environmental harm. Optimizing mining strategies and adopting advanced extraction methods are essential to reduce overall costs and protect profitability. Lithium exploration and extraction costs depend on resource type, deposit depth, location, and processing technology. Brine extraction generally costs $3,000–$5,000 per ton of lithium carbonate equivalent (LCE), while hard rock mining can reach $5,000–$8,000 per ton. Direct Lithium Extraction (DLE) methods, though energy-intensive, promise future cost efficiency and environmental benefits....
- [How Can Copper Be Efficiently Removed from Lithium-Ion Batteries?](https://www.tyichemical.com/how-can-copper-be-efficiently-removed-from-lithium-ion-batteries/): The Role of Copper in Lithium-ion Batteries Copper plays a vital role in lithium-ion batteries as a key component of the anode current collector, providing excellent electrical conductivity and structural stability. During battery operation, copper facilitates the flow of electrons, ensuring efficient charge and discharge cycles. However, when batteries reach their end of life, copper becomes a critical contaminant in the recycling process. Excess copper dissolution can hinder lithium recovery, contaminate valuable materials, and cause environmental issues. Therefore, understanding how to efficiently remove copper is essential for sustainable lithium-ion battery recycling and resource recovery. Why Copper Removal Matters in Battery...
- [How Can Lithium Be Extracted Efficiently and Sustainably?](https://www.tyichemical.com/how-can-lithium-be-extracted-efficiently-and-sustainably/): Lithium is primarily extracted from underground brine deposits through solar evaporation or Direct Lithium Extraction (DLE) technology, and from hard rock mines (like spodumene ore). Brine methods involve pumping fluids to the surface into evaporation ponds or using DLE with ion‑exchange resins or membranes to selectively capture lithium ions. Hard rock mining requires blasting, crushing, and chemical processing of ores to release lithium into solution. In the following sections, we explore the full range of lithium extraction methods and examine how innovations may reshape the industry. This article dives deep—read on to uncover the technical details and strategic value. What...
- [What Is a Mixing Tank?](https://www.tyichemical.com/what-is-a-mixing-tank/): Modern industries face a persistent problem: how to achieve consistent product quality during mixing. Poorly blended materials lead to defects, inefficiencies, and customer dissatisfaction. A proper mixing tank solves this by ensuring uniform blending, stable performance, and reliable scalability, safeguarding both production and reputation. A mixing tank is an industrial vessel designed to combine liquids, powders, or semi-solids into a homogeneous mixture. Equipped with agitators or impellers, these tanks are widely used in food, pharmaceutical, chemical, cosmetic, and water-treatment industries to ensure consistency, efficiency, and compliance with safety standards. Discover the types, uses, and benefits of mixing tanks in detail...
- [What is Tank Mixer](https://www.tyichemical.com/what-is-tank-mixer/): Inefficient mixing leads to wasted materials, product inconsistency, and costly downtime. Left unaddressed, these issues damage productivity and customer trust. A tank mixer offers reliable blending solutions. A tank mixer is an industrial device used to agitate, blend, or homogenize liquid and semi-liquid substances inside storage tanks. It ensures uniform consistency, accelerates chemical reactions, improves heat transfer, and prevents sedimentation, making it vital in industries like food, beverage, chemical, pharmaceutical, and water treatment. Keep reading to understand how tank mixers work, their types, and industry benefits. Tank mixers are engineered to optimize mixing processes inside industrial tanks of various sizes...
- [Why Should Industries Prioritize Lithium Battery Recycling?](https://www.tyichemical.com/why-should-industries-prioritize-lithium-battery-recycling/): The lithium battery recycling processLithium battery recycling processes involve safely collecting, disassembling, and chemically or physically treating lithium-ion batteries to recover valuable metals like lithium, nickel, and cobalt, thereby reducing waste, conserving resources, and supporting the circular economy. Common methods include shredding for large‐scale recycling, high‐temperature pyrometallurgy, and lower‐temperature hydrometallurgy to extract metals. Are you ready to dive deeper into how lithium battery recycling works and why it matters for your business? Why Recycle Lithium Batteries? Lithium battery recycling is essential for several interlinked reasons. First, environmental protection: discarded lithium batteries pose serious risks, such as soil contamination, groundwater pollution,...
- [Which Lithium Battery Recycling Companies Are Leading the Way?](https://www.tyichemical.com/which-lithium-battery-recycling-companies-are-leading-the-way/): Top Lithium Battery Recycling Companies Today Which companies are currently at the forefront of lithium battery recycling? The most influential players include CATL (through its subsidiary Guangdong Brunp), GEM Co., Ltd., Umicore (Belgium), Glencore / Li‑Cycle (Switzerland / North America), and American Battery Technology Company. Also rising fast are RecycLiCo, Ecobat, Aqua Metals, and Xu et al. In China, Ganfeng Lithium and Huayou Cobalt lead not only in battery materials but also in recycling power batteries. TYIC (Hangzhou Tianyicheng New Energy Technology Co., Ltd.) is positioning itself among these Lithium battery recycling companies by offering custom extraction equipment, environmental protection...
- [Introduction of Reaction Tank](https://www.tyichemical.com/introduction-of-reaction-tank/): Uncontrolled reactions can waste resources, cause unstable operations, and pose safety hazards—reaction tanks provide the controlled environment needed to ensure efficiency, reliability, and industrial safety. A reaction tank is an engineered vessel that enables, regulates, and optimizes chemical or biological reactions under precise conditions. By controlling mixing, temperature, pH, and residence time, it ensures consistent quality, safety, and efficiency. Keep reading to understand how reaction tanks work, their functions, TYIC NEW ENERGY’s unique manufacturing advantages, and why they are essential across industries. How Reaction Tank Works A reaction tank is essentially the heart of many industrial processes. It allows reactants—whether...
- [HOW TO IDENTIFY PVC WELDING RODS](https://www.tyichemical.com/how-to-identify-pvc-welding-rods/): Using the wrong welding rod leads to weak joints, costly repairs, and safety risks—choosing the right PVC welding rods ensures strength, durability, and reliable performance. PVC welding rods are specialized thermoplastic filler materials used in plastic fabrication. Correct identification of these rods guarantees compatibility, high-quality welds, and long-term structural integrity in industrial and commercial applications. Let’s explore how to identify, select, and properly use the right welding rods for your project. What Are Plastic Welding Rods? Plastic welding rods are thermoplastic filler materials designed for use in hot air welding, extrusion welding, or other thermoplastic joining processes. They function similarly...
- [How Are Above Ground Storage Tanks Constructed?](https://www.tyichemical.com/how-are-above-ground-storage-tanks-constructed/): Leaks, corrosion, and costly failures occur without proper tank construction—above ground storage tanks built with advanced engineering provide durability, safety, and compliance. Above ground storage tanks are constructed using high-grade steel or composite materials, reinforced foundations, corrosion protection layers, and precision welding, ensuring long-lasting strength, environmental compliance, and efficient storage performance. Let’s explore the full construction process step by step. Foundation and Site Preparation The construction of an above ground storage tank begins with a stable foundation. Engineers perform soil testing to evaluate bearing capacity and groundwater conditions. Concrete pads or ring foundations are typically laid to evenly distribute the...
- [Mixing Tank Manufacturer & Suppliers Forum](https://www.tyichemical.com/mixing-tank-manufacturer-suppliers-forum/): Unreliable mixing tanks cause inefficiency, contamination, and costly downtime—choosing the right manufacturer and suppliers ensures durability, precision, and performance. The Mixing Tank Manufacturer & Suppliers Forum connects industry professionals, manufacturers, and buyers to share expertise, compare solutions, and select reliable suppliers for industrial mixing applications worldwide. Let’s dive deeper into why this forum matters and what it offers. Understanding the Forum The Mixing Tank Manufacturer & Suppliers Forum is designed as a collaborative platform where manufacturers, suppliers, engineers, and end-users exchange insights. It serves as a meeting point for industries that rely heavily on mixing equipment, such as pharmaceuticals, chemicals,...
- [Electrical Control Systems](https://www.tyichemical.com/electrical-control-systems/): Unreliable machine control leads to breakdowns, costly downtime, and safety risks—electrical control systems provide a precise, reliable, and automated way to ensure smooth industrial operations. Electrical control systems are engineered solutions that monitor, regulate, and automate machinery functions. By integrating sensors, controllers, and actuators, they deliver higher accuracy, operational safety, and efficiency across industries. Let’s explore the fundamentals of electrical control systems and their practical applications. Introduction Electrical control systems are the backbone of modern automation and industrial operation. They ensure that machines, production lines, and energy systems operate in a controlled, safe, and predictable way. Without them, industries would...
- [Industrial Waste Gas Treatment](https://www.tyichemical.com/industrial-waste-gas-treatment/): Unchecked industrial emissions harm the environment, damage equipment, and risk regulatory penalties—industrial waste gas treatment is the only sustainable solution to protect industries and communities. Industrial waste gas treatment involves advanced abatement systems designed to neutralize, capture, and destroy harmful emissions from factories, ensuring compliance, worker safety, and long-term environmental protection. Keep reading to explore proven technologies and industry solutions that safeguard the future. Abatement Concepts For Waste Gas Treatment The foundation of industrial waste gas treatment lies in abatement concepts—strategies designed to eliminate or reduce harmful emissions before they reach the atmosphere. Key abatement methods include: Oxidation and Combustion:...
- [Waste Gas Treatment Systems for High-Tech Manufacturing](https://www.tyichemical.com/waste-gas-treatment-systems-for-high-tech-manufacturing/): Toxic emissions in high-tech manufacturing can cause severe environmental damage, regulatory penalties, and reputational risks—advanced waste gas treatment equipment provides the reliable solution industries urgently need. Waste gas treatment systems for high-tech manufacturing include burn-wet, plasma-wet, wet scrubber, burn-dry, catalytic, and dust separation technologies, ensuring safe, efficient, and compliant gas emission control. Let’s explore how different systems secure efficiency and compliance in sensitive, high-stakes industries, with a focus on innovations by TYIC NEW ENERGY. Process- And Product Portfolio For Waste Gas Treatment At Point-Of-Use High-tech manufacturing industries—such as semiconductor production, photovoltaic panel fabrication, and advanced battery recycling—generate complex waste gases...
- [What is a Tower Dryer? Benefits, Uses, and Everything You Need to Know](https://www.tyichemical.com/what-is-a-tower-dryer-benefits-uses-and-everything-you-need-to-know/): Inefficient drying leads to wasted energy, lower product quality, and costly downtime—tower dryers provide a reliable, scalable solution for consistent industrial drying performance. A tower dryer is a vertical industrial drying system designed for efficient moisture removal. It leverages gravity flow, heated air, and advanced design to deliver uniform drying with reduced energy consumption. Let’s dive deeper into how tower dryers work, their features, benefits, and how to select the right one. What is a Tower Dryer? A tower dryer is a specialized vertical drying system commonly used in industrial applications to remove moisture from bulk solids, powders, and granules....
- [Circular And Square Tanks – A Study Of Efficiency](https://www.tyichemical.com/circular-and-square-tanks-a-study-of-efficiency/): Inefficient tank design can waste land, delay projects, and increase costs—choosing between circular and square tanks is crucial for optimal performance and savings. Circular and square tanks each present distinct advantages in geometry, land use, and construction efficiency. TYIC NEW ENERGY’s patented materials and manufacturing technologies ensure maximum durability, cost-effectiveness, and performance in both designs. Let’s examine how circular and square tanks compare, and how TYIC NEW ENERGY’s expertise delivers efficiency in every dimension. Efficiency Of Available Land When industrial facilities face land constraints, every square meter counts. Circular tanks, while excellent at distributing stress, often leave unused corners in...
- [SQUARE TANKS](https://www.tyichemical.com/square-tanks/): When liquid storage fails, it can lead to contamination, costly downtime, and safety hazards—our engineered square tanks provide a durable, leak-proof solution for demanding industrial needs. TYIC NEW ENERGY’s square tanks combine robust structural engineering, advanced corrosion-resistant materials, and precision manufacturing to ensure reliable storage performance for chemicals, water, and industrial liquids in diverse environments. Let’s explore why TYIC NEW ENERGY square tanks are trusted by top industries worldwide. What Is A Square Tank? A square tank is a type of storage container designed with straight, right-angle walls rather than a cylindrical or oval shape. These tanks are widely used in...
- [Mixer-Settler Working Principle](https://www.tyichemical.com/mixer-settler-working-principle/): Inefficient separation in solvent extraction can lead to low recovery rates, contamination, and increased operational costs—TYIC NEW ENERGY’s advanced MixerSettler solutions provide an efficient and scalable answer. Mixer-Settlers by TYIC NEW ENERGY are engineered for highefficiency liquidliquid extraction, ensuring consistent separation, chemical stability, and long-term performance in hydrometallurgy and environmental treatment processes. Explore how TYIC NEW ENERGY’s mixer-settler technology empowers industries to achieve reliable and high-purity separation results. What Is A Mixer-Settler? A Mixer-Settler is an essential piece of liquid-liquid extraction equipment designed for selective mass transfer between immiscible liquid phases. Common in non-ferrous metallurgy, especially in lithium, cobalt, nickel, and rare earth...
- [Getting to Know Metal: How the Metal Extraction Process Works](https://www.tyichemical.com/getting-to-know-metal-how-the-metal-extraction-process-works/): Raw metal sources remain largely untapped in many operations, causing inefficiency, pollution, and cost overruns—optimized metal extraction processes solve these issues with precision and sustainability. Metal extraction involves layered steps such as ore concentration, chemical treatment, and refining to transform mined minerals into usable metals like copper, iron, and aluminum for everyday industries. Keep reading to uncover how metals go from ores to usable materials. Introduction To Metal Extraction Metal extraction is the technical and chemical process of converting metal-bearing ores into refined, usable metals. This vital discipline underpins industries—such as mining, manufacturing, energy, and construction—by delivering metals in forms suitable...
- [Top 10 Companies Leading The Battery Recycling Market Worldwide](https://www.tyichemical.com/top-10-companies-leading-the-battery-recycling-market-worldwide/): Rapid growth in electric vehicle sales has led to massive increases in battery waste. If improperly handled, this poses serious environmental harm, resource loss, and regulatory risks—top-tier battery recycling companies have developed scalable solutions to mitigate these issues. This overview highlights ten leading battery recycling firms that dominate global markets. From lithium-ion to lead-acid batteries, these companies recover critical metals like lithium, cobalt, and nickel via advanced, sustainable processes and closed-loop systems. Read on to explore each company’s capabilities, technologies, and market positioning in the increasingly vital field of battery recycling. Umicore Headquarters: Brussels, Belgium Establishment: 1805 Website: https://www.umicore.com/  ...
- [Scrubber Tower: Operational Principle, Types, Design Calculation and Packing Media](https://www.tyichemical.com/scrubber-tower-operational-principle-types-design-calculation-and-packing-media/): Toxic industrial emissions can lead to serious environmental and legal consequences—scrubber towers offer an efficient, scalable solution for gas purification and compliance with emission regulations. A scrubber tower is a critical industrial device used to remove harmful gases and particulates from exhaust streams through absorption, scrubbing liquids, or chemical neutralization methods. Explore its working principles, design strategies, and component choices to ensure reliable, compliant, and cost-effective gas treatment. What Is A Scrubber Tower Used For In Industrial Processes? A scrubber tower, also known as a gas scrubber or absorption tower, is an environmental protection device designed to treat and purify...
- [Absorption Tower: The Ultimate FAQ Guide](https://www.tyichemical.com/absorption-tower-the-ultimate-faq-guide/): Inefficient gas treatment leads to regulatory violations, equipment corrosion, and environmental harm—absorption towers offer a proven solution for cleaner emissions and process reliability. An absorption tower is an industrial system used to remove specific gases from a mixture by absorbing them into a liquid solvent. It is widely used for air pollution control, chemical production, and gas purification. Curious how absorption towers actually work? Let’s break it down step by step. What Is An Absorption Tower? An absorption tower, also known as a gas scrubber or absorber, is a vertical vessel designed to remove specific components from a gas stream...
- [Degreaser Equipment](https://www.tyichemical.com/degreaser-equipment/): Grease buildup can disrupt production, pose safety risks, and lead to costly downtimes—degreaser equipment offers the effective solution industries need to stay clean and compliant. Degreaser equipment removes oils, grease, and residues from industrial components using solvents, sprays, or ultrasonic energy, ensuring high-efficiency operations and environmental safety. Explore how degreasing systems support industrial cleanliness and production quality. What Are The Benefits Of Degreasing Equipment? Degreaser equipment offers a range of benefits that make it indispensable for industrial facilities. First and foremost, it ensures equipment and parts are clean, which is crucial for smooth operation and product quality. Clean machinery performs...
- [Oil Removal Equipment](https://www.tyichemical.com/oil-removal-equipment/): Residual oil in wastewater can corrode equipment, harm the environment, and jeopardize compliance—oil removal equipment offers a clean, reliable solution for industrial treatment systems. Oil removal equipment separates oil from water using mechanical, physical, or chemical techniques, ensuring cleaner discharge, safer operations, and regulatory compliance in industrial processes. Discover how this essential system improves water treatment and resource management. What Is Oil Removal Equipment Oil removal equipment refers to specialized machinery designed to separate and extract oil or hydrocarbons from water streams. These systems are crucial across various industries, including petrochemicals, food processing, automotive, metal finishing, and municipal wastewater treatment....
- [Which One Is Better: Horizontal Or Vertical Chemical Storage Tank?](https://www.tyichemical.com/which-one-is-better-horizontal-or-vertical-chemical-storage-tank/): Choosing the wrong tank leads to wasted space, inefficient flow, and rising maintenance costs—understanding the right option ensures safety and operational success. Vertical chemical storage tanks save space and offer structural strength, while horizontal storage tanks provide easy access, efficient transport, and operational flexibility in chemical storage systems. Keep reading to determine the best tank type for your needs. What Is A Vertical Chemical Storage Tank? A vertical chemical storage tank is a tall, upright vessel designed to store chemical substances while occupying minimal floor space. Its cylindrical shape supports large capacity in confined layouts, making it a staple in...
- [5 Key Advantages Of Horizontal Storage Tanks](https://www.tyichemical.com/5-key-advantages-of-horizontal-storage-tanks/): Limited mobility, space restrictions, and rising costs can stall industrial storage solutions—horizontal storage tanks solve these challenges with smarter, scalable design and unmatched operational ease. Horizontal storage tanks are cylindrical, ground-mounted vessels that offer superior accessibility, simplified transport, and adaptability in various sectors—from chemical processing to agriculture and fuel distribution. Discover how these tanks streamline both logistics and operations. Easy Mobility And Transportation One of the standout advantages of horizontal storage tanks is their exceptional mobility. Because of their low profile and stable base, they are easy to load, transport, and relocate using standard equipment such as forklifts or flatbed...
- [Advantages of TYIC NEW ENERGY PPH Spiral Wound Tanks](https://www.tyichemical.com/advantages-of-tyic-new-energy-pph-spiral-wound-tanks/): Poor tank integrity can result in leaks, contamination, and costly downtime—TYIC NEW ENERGY’s spiral-wound PPH tanks offer a seamless, high-strength solution that ensures long-term safety and performance. TYIC NEW ENERGY’s PPH spiral wound tanks utilize seamless extrusion winding, premium materials, and smart automation to deliver unmatched corrosion resistance, mechanical strength, and lifespan in demanding industrial applications. Read on to discover why TYIC NEW ENERGY is a trusted name in advanced tank technology. I. Core Technology: Seamless Spiral Extrusion Winding 1. Fully Automated Winding and Forming TYIC NEW ENERGY adopts spiral extrusion winding technology imported from Europe. PPH granules are thermally...
- [Extractive Metallurgy – An Overview](https://www.tyichemical.com/extractive-metallurgy-an-overview/): Struggling with metal recovery inefficiencies? They lead to higher costs, stalled output, and mounting environmental risks. TYIC NEW ENERGY NEW ENERGY NEW ENERGY’s extractive metallurgy systems offer clarity and control where it matters most. Extractive metallurgy is the science and art of transforming raw ores into valuable metals. Through steps like concentration, roasting, reduction, and refining, it enables everything from battery production to aerospace innovation. Explore how this essential process powers the modern world. What Is Extractive Metallurgy? Extractive metallurgy is the backbone of the materials world. It’s how we take raw earth—often bound with unwanted materials—and unlock the metals...
- [Analysis of the Technical Advantages of Jiangxi Lizheng Environmental Protection Technology Co., Ltd.](https://www.tyichemical.com/analysis-of-the-technical-advantages-of-jiangxi-lizheng-environmental-protection-technology-co-ltd/): Inconsistent material quality leads to structural failure, acoustic leakage, or even safety risks—LIZHENG’s patented rigid PVC sheets provide a smart, performance-driven solution. Rigid PVC sheets by Jiangxi Lizheng Environmental Protection Technology Co., Ltd. offer superior mechanical strength, sound insulation, anti-static functionality, and scalable production, redefining standards in construction, cleanrooms, and chemical systems. Explore how Lizheng’s technical edge elevates rigid PVC sheet performance. Description Of Rigid PVC Sheets Jiangxi Lizheng Environmental Protection Technology Co., Ltd. demonstrates its technical strengths in PVC sheet processing through innovations in raw material preprocessing, functional product development, scalable manufacturing, and environmental adaptation. The company’s edge is...
- [Liquid Mixing and Storage Tanks](https://www.tyichemical.com/liquid-mixing-and-storage-tanks/): When your process relies on liquid precision, the last thing you want is inconsistency. Poor tank design can lead to wasted resources, unstable output, and costly shutdowns. That’s where TYIC NEW ENERGY’s expertly crafted liquid mixing and storage tanks come in—engineered to keep your operations flowing flawlessly. Liquid mixing and storage tanks are purpose-built vessels used to blend and store liquids, ensuring uniformity, temperature control, and safe containment—vital in chemical, energy, and environmental industries. Discover how the right mixing tank can elevate your efficiency and reliability. What Are Liquid Mixing and Storage Tanks? Liquid mixing and storage tanks are the...
- [Industrial Tank Mixers](https://www.tyichemical.com/industrial-tank-mixers/): When liquids aren’t mixed properly, the consequences can be serious—ruined batches, wasted resources, and even safety hazards. TYIC NEW ENERGY NEW ENERGY’s industrial tank mixers are engineered to put an end to those problems, delivering dependable, energy-efficient solutions that simply work. Industrial tank mixers are designed to blend, suspend, or homogenize liquids inside a wide range of tanks. Developed by experienced tank mixer manufacturers like TYIC NEW ENERGY, they cut energy costs, prevent material separation, and keep industrial processes running smoothly across the board. Let’s explore how choosing the right tank mixer can dramatically transform your operations. Tank Mixing Systems for...
- [Mixing Chambers Manufacturer TYIC NEW ENERGY](https://www.tyichemical.com/mixing-chambers-manufacturer-tyic-new-energy/): Hangzhou Tianyicheng New Energy Technology Co., Ltd. has obtained significant advantages in the field of Lithium battery recycling with its strong technology accumulation, full-chain service capabilities and large-scale industrial layout . We can summarize from the following points: 1.Core technology advantages: Multiple Hydrometallurgical patents and Process innovation technologies . Approved Patented technology : TYIC NEW ENERGY has got 43 patents which including Invention Patents and Utility Models . Extraction Technology Accumulation : TYIC NEW ENERGY has been deeply involved in Hydrometallurgy for more than 20 years, and its Leading equipment (such as extraction boxes and Mixing Chambers) has high metal...
- [Nickel-Cobalt Ternary Extraction Line](https://www.tyichemical.com/nickel-cobalt-ternary-extraction-line/): Project Time: 2018-2020 Project Name: “Nickel and Cobalt Ternary Extraction Line” Project Scale: More Than 1,000t of battery-grade nickel sulfate, 1,000t of battery-grade cobalt sulfate
- [1800 Ton Battery Processing Line](https://www.tyichemical.com/1800-ton-battery-processing-line/): Project Time: 2019-2020 Project Name: “More Than 1000 tons of battery treatment line” Project Scale: More Than 1000 tons of waste battery treatment
- [Axxx Materials Technology Co., Ltd.](https://www.tyichemical.com/anhui-huabal-lithium-ion-battery-green-and-efficient-recycling-project-extraction-workshop-technical-services-and-extraction-tank/): Project Time: 2020 Project Description: Design a tri-metallic battery material extraction production line with an annual processing capacity of More Than 1500 tons of nickel, cobalt, manganese and copper. Provide technical services as well as the supply and installation of the extraction system’s extraction tanks and their auxiliary equipment, ensuring that the products meet the specified standards for battery-grade cobalt sulfate, nickel sulfate, manganese sulfate and electrolytic copper solutions.
- [Oxxx Nickel-Cobalt Project--Installation Supply of PVC Extraction Tank and Related Services](https://www.tyichemical.com/obi-nickel-cobalt-project-installation-supply-of-pvc-extraction-tank-and-related-services/): Project Time: 2021 Project Scale: More Than 4,000 tons of metal volume nickel sulfate extraction project Project Introduction: It is a well-known non-ferrous metal mining company at home and abroad, and enjoys a good reputation in the industry. Our company designs and installs 9 extraction lines for them, which are applied in extraction and purification of nickel and cobalt sulfate solution to produce battery-grade nickel sulfate and cobalt sulfate solution for evaporation and crystallization, and the production has been successfully reached.
- [Sxxx Battery Material Co., Ltd. Extraction Line Project](https://www.tyichemical.com/sichuan-dynamic-battery-material-co-ltd-extraction-line-project/): Project Time: 2021 Project Introduction: We will provide a complete set of equipment and services including overall project design, manufacturing, procurement, testing, performance, technical guidance, installation, commissioning, transportation, and after-sales service.
- [Sxxx Extraction Line Project](https://www.tyichemical.com/sichuan-jinyuan-sheng-extraction-line-project/): Project Time: 2021 Project Scale: Annual production capacity of More Than 1,000 tons of nickel-cobalt-manganese base materials, More Than 1,000 tons of tetraoxo-cobalt tricyclohexide, and 20,000 tons of ternary precursors. Project Description: Design and construct an extraction production line with a capacity of More Than 1,000 tons of cobalt metal, provide technical services, and supply and install the extraction system’s extraction tanks and their auxiliary equipment, ensuring that the products meet the specified standards for liquid products of sulfuric acid cobalt and chlorinated cobalt.
- [Sxxx Extraction Line](https://www.tyichemical.com/south-korea-phase-ii-ecoprogem-extraction-line/)
- [Sxxxx Extraction Production Line](https://www.tyichemical.com/south-korean-phase-1-ecoprogem-extraction-production-line/): Project Name:More Than 1,000T/Y Nickel Extraction Cell Production Line
- [Wxxx Project Extraction Cell System](https://www.tyichemical.com/wanhua-jinjun-project-extract-box-system/): Project Time: 2022 Project Scale: More Than 1000T of Nickel, 1000T of Cobalt
- [Sxxx Energy Metal Chemical Co., Ltd.](https://www.tyichemical.com/shentu-energy-metal-chemical-guizhou-co-ltd/): Project Date: 2022
- [Txxx Co., Ltd.](https://www.tyichemical.com/tian-neng-co-ltd/): Project duration: 2020 Project Name: More Than 1000T/Y Nickel Extraction Line
- [2024 China International Nickel and Cobalt Conference](https://www.tyichemical.com/2024-china-international-nickel-and-cobalt-conference/): On October 30th, the 2024 International Nickel and Cobalt IndustryAnnual Conference grandly opened in Nanchang. Hosted by the China Nonferrous Metals IndustryAssociation, this industry event attracted more than 1,000 representatives from complete industrial chain enterprises, scientific research institutions, investment and financing institutions, trading institutions and other organizations to gather together. With the theme of “Using new – quality productivity to stimulate new drivers for the high – quality development of the nickel and cobalt industry”, the annual conference focused on hot issues in the nickel and cobalt industry, such as resource security, technological transformation, industrial restructuring, low – carbon development,...
- [Qxxx Lithium Industry](https://www.tyichemical.com/qinghai-qingyuan-lithium-industry/): The production plants operated by the company rank among the world’s leading levels in the industry in terms of lithium recovery rate, product quality, production cost, and intelligence level, and are examples of smart factories for global salt lake enterprises.
- [Gxxx New Material Co., Ltd](https://www.tyichemical.com/guangxi-zhiliang-new-material-co-ltd-2/): Project scale: More Than 5kt/a ternary black powder The ternary battery black powder after low-temperature roasting is used as the raw material. Through continuous multi-stage leaching and segmented solvent extraction methods, battery-grade cobalt sulfate and nickel sulfate solutions are obtained.  
- [Hxxx Cycle Technology Co., Ltd](https://www.tyichemical.com/guangxi-zhiliang-new-material-co-ltd/): Project Time: 2020
- [Pxxx](https://www.tyichemical.com/pilson/): TYIC designed a leaching and extraction recycling processing line for its ternary batteries, which has passed the qualification acceptance.
- [Electrocar](https://www.tyichemical.com/electrocar/): We transform retired EV batteries into refined materials for new cells, slashing lifecycle carbon emissions and advancing the automotive industry’s sustainability agenda.
- [Environmental Equipment](https://www.tyichemical.com/environmental-equipment/): Recovered metals from batteries reduce demand for mining-related emissions, while our closed-loop systems mitigate hazardous fumes during recycling operations.
- [Mining Industry](https://www.tyichemical.com/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 efficiency.
- [Metallurgy](https://www.tyichemical.com/metallurgy/): Our pyro- and hydrometallurgical technologies refine recycled battery materials into premium-grade metals, aligning with sustainable smelting practices and energy-efficient refining.
- [Electric](https://www.tyichemical.com/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 with environmental regulations.
- [Chemical Engineering](https://www.tyichemical.com/chemical-engineering/): Our solution enables efficient recovery of lithium, nickel, and cobalt through advanced hydrometallurgical processes, minimizing waste and supporting circular economy goals in chemical production.
- [Jxxxx Lithium Industry Co., Ltd](https://www.tyichemical.com/ganfeng-lithium-co-ltd/): We are responsible for providing the whole set of equipment and services including the design, manufacturing, procurement (excluding the equipment supplied by Party A), testing, performance, technical guidance, installation, commissioning, transportation and after-sales service of the whole project.
- [Fxxxx New Energy Resources Technology Co., Ltd](https://www.tyichemical.com/fujian-evergreen-new-energy-technology-co-ltd/): Project Time: 2019-2020 Project Name: “Ternary Material Extraction Line, Cobalt Intermediate Material Extraction Line, Nickel Bean Material Extraction Line”

## Pages

- [Team Style](https://www.tyichemical.com/team-style/)
- [Rare and Precious Metal Extraction and Recovery Process](https://www.tyichemical.com/rare-and-precious-metal-extraction-and-recovery-process/)
- [Nickel - Cobalt Intermediate Product (MHP) Recovery Process](https://www.tyichemical.com/nickel-cobalt-intermediate-product-mhp-recovery-process/)
- [Waste Battery Treatment Process](https://www.tyichemical.com/waste-battery-treatment-process/)
- [Design Of Agitation Drive Equipment](https://www.tyichemical.com/design-of-agitation-drive-equipment/)
- [Turnkey Package Unit](https://www.tyichemical.com/turnkey-package-unit/)
- [Design Of Waste Gas Treatment Process](https://www.tyichemical.com/design-of-wastewater-and-waste-gas-treatment-process/)
- [Technology Of Material Recycling for Lithium Batteries(Ternary 、LFP 、LCO etc.）](https://www.tyichemical.com/process-of-cathode-material-recycling-project-for-ternary-power-batteries/)
- [Solution](https://www.tyichemical.com/solution/)
- [Quality](https://www.tyichemical.com/quality/)
- [Thanks](https://www.tyichemical.com/thanks/)
- [Download](https://www.tyichemical.com/download/)
- [Home](https://www.tyichemical.com/)
- [About Us](https://www.tyichemical.com/about/)
- [Contact](https://www.tyichemical.com/contact/)


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