Lead Recycling, Refining Furnace, Lead Melting Furnace Solution Provider - RE TECH

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RE Type Oxygen-enriched Side-blown Furnace

First choice of most lead smelters in recent 3 years

RE Type Oxygen-enriched Side-blown Furnace

In recent years, the lead smelting industry has seen a significant shift towards using oxygen-enriched side-blown furnaces. This bath melting furnace has been proved to be a better choice to bring lead recycling industry into a new sustainable era with its higher capacity,higher recovery rate of lead, lower ...

Lead Batteries

Lead Concentrate

Lead Scrap

Slag/Ash/others

High metal recovery rate with low lead content in slag

High safety factor and convenient operation

Wide application of raw materials

Higher capacity and Higher efficiency

One-step reduction to simplify the process

100,000 T/A Lead Recycling Plant with OSBF Technology EPC Solution

The design of this lead smelter adopts RE TECH patented technology - oxygen-enrich side-blown bath smelting technology to meet the customer's demand of processing lead oxide, lead sulfide and lead paste at the same time, the design of the whole production line has been applied and approved in large lead-zinc smelters in China, and the technical specifications are supported by actual production data.

RE-type Oxygen-enrich Side-Blown Bath Melting Technology for Nickel Matte Production

The global nickel production areas are mainly distributed in Australia, Canada, the Philippines, Russia, Brazil, and Indonesia. According to the USGS, the global reserve increase from 2015 to 2020 is approximately 17 million tons, and Indonesia increased production by 16.5 million tons.

Comprehensive Utilization of Copper-Nickel Sludge

Electroplating sludge, is one kind of solid waste produced during electronics, electroplating, circuit board surface treatment and other processing, this kind of sludge containing a variety of heavy metal elements such as copper, zinc, nickel, chromium, etc,characterized by high water content,fine particles, in the form of fine mud, metal is mostly in the form of hydroxides, oxides, carbonates and other states endowed with the fluctuating range of the metal content, the comprehensive utilization and harmless treatment of this kind of electroplating sludge is a high challenging task.

80,000 T/A Lead Recycling Plant with OSBF Technology EPC Solution

The design of this lead smelter adopts RE TECH patented technology - oxygen-enrich side-blown bath smelting technology to meet the customer's demand of processing lead oxide, lead sulfide and lead paste at the same time, the design of the whole production line has been applied and approved in large lead-zinc smelters in China, and the technical specifications are supported by actual production data.

100,000 T/A Lead Recycling Plant with OSBF Technology EPC Solution

RE-type Oxygen-enrich Side-Blown Bath Melting Technology for Nickel Matte Production

Comprehensive Utilization of Copper-Nickel Sludge

80,000 T/A Lead Recycling Plant with OSBF Technology EPC Solution

Welcome to RE TECH – the name that is synonymous with innovation, excellence, and sustainability in the field of metallurgy and recycling! We're proud to be a world-leading furnace manufacturer and an integrated solution provider for comprehensive recycling of non-ferrous metal and safe disposal of heavy metal hazardous wastes.

71+

Patents

100+

Engineers

22+

Furnace under running

1.2Billion

EPC contract value

To meet emission control regulations

Pb in slag can lower to

To Enlarge production capacity

Can reach 200000tons feeding capacity

To reduce production cost

Calculated by ton per lead paste

RE TYPE Oxygen-enriched side-blown furnace Lead Recycling EPC Projects

Through three generations of development, the comprehensive recycling technology of waste lead-acid batteries has developed from the first-generation reverberatory furnace extensive technology to the oxygen-enriched side-blowing furnace bath melting technology. Oxygen-enriched side-blowing furnace comprehensively recovers waste lead-acid battery technology, which can be divided into single furnace process and double furnace process.

Feasibility Study >

Engineering Design >

Equipment Manufacturing >

Installation & Commissioning >

The establishment of RE TECH came from the founder Professor Liu Wei's vision to apply the years' research achievements to industrial development and realizing low-carbon economy in valuable metal recovery. Our history began with research and development, and our future is built on the basis of continuous research and innovation by our R&D staff. We are willing to cooperate and innovate with research institutes and universities all over the world, and contribute to sustainable development together.

Research

RE TECH has been trusted by the owners and investors for its professional ability. Over the years, we have provided feasibility studies for new and renovation projects of many smelting enterprises, providing vital assistance for the approval of the projects, and our main principles are as follows

Engineering design is the most important step for a new smelter,our 100+ engineers totally understand it and fully responsible for the most suitable process and equipment selection with years experience in smelting industry. For any process or equipment you need professional advice,please dont hesitate to get in touch with our experts and engineers.

RE TECH is proud of its quality control and cost control staffs,they always works their best to meet customer expectation.

As an engineering company,best news for us is always hearing the commissioning is done successfully and on-time.For every EPC projects we have been trusted to handle,we all keep our promise and celebrate with our client for their new plant running.

For some of our projects,the plant owner would invite our team to handle the operation of the plant for one or two years,we have a team to back up for any customer have this need.

We invest plants who would like us to join too.

Sep. 09, 2024

Lithium batteries are widely used in various applications, including electric vehicles, electronics, and renewable energy systems. As the demand for lithium-ion batteries grows, so does the need for efficient recycling processes to recover valuable materials and reduce environmental impact. A lithium battery recycling production line is designed to disassemble, sort, and process used batteries to extract reusable materials like lithium, cobalt, nickel, and other metals. This article explains how a lithium battery recycling production line works, breaking down each key stage of the process.

Lithium batteries are widely used in various applications, including electric vehicles, electronics, and renewable energy systems. As the demand for lithium-ion batteries grows, so does the need for efficient recycling processes to recover valuable materials and reduce environmental impact. A lithium battery recycling production line is designed to disassemble, sort, and process used batteries to extract reusable materials like lithium, cobalt, nickel, and other metals. This article explains how a lithium battery recycling production line works, breaking down each key stage of the process.

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Mob. / WhatsApp: +86 137 8726 1326

Tel.: +86 731 8540 4716

Email: info@remetalrecycling.com

Skype: pbjoyz

Address: Building.10, Liandong U Valley Industrial Park, Yuelu District, Changsha, Hunan, China 410036

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+86 731 8540 4716

+86 731 8540 4716

+86 137 8726 1326

+86 137 8726 1326

info@remetalrecycling.com

info@remetalrecycling.com