Menu
Unlock the Power of Sustainable Tin Treatment
In the world of microelectronics, tin is an essential component. Known for its soldering capabilities, tin forms a crucial part of solder alloys, enabling reliable electrical connections in circuit boards, semiconductor packaging, and various other microelectronics components. Its properties—malleability, low melting point, and corrosion resistance—make it ideal for precision applications where consistent connectivity and durability are essential. Without tin, the efficiency and reliability of modern electronic devices would be compromised, making it indispensable to technology manufacturing.
The economic value of tin has risen significantly due to its critical role in high-tech manufacturing and the ongoing expansion of the electronics industry. As a result, tin has increasingly become a high-value material in the global market, with demand outpacing available resources. This has led to concerns over availability, as the metal is primarily mined in specific regions, making it vulnerable to geopolitical shifts and fluctuations in the supply chain. Scarcity not only drives up prices but also poses risks to manufacturers who rely heavily on tin for continuous production, particularly in the electronics industry.
At ElectraMet, our focus on tin recovery addresses these challenges directly. Instead of merely meeting discharge compliance, our advanced technology recovers tin from wastewater in a solid, high-purity form that can be reintegrated into the supply chain. By reclaiming tin, we reduce dependency on newly mined materials, allowing manufacturers to capture economic value and enhance resource efficiency. This approach supports a circular economy where tin can be reused, reducing environmental impact and mitigating the risk of shortages.
With ElectraMet’s tin recovery solutions, you can capture this valuable metal within your processes, support your waste treatment needs, and contribute to a sustainable manufacturing model that keeps critical resources in circulation.
ElectraMet utilizes an advanced electrochemical method that extracts tin from wastewater, transforming it into a solid form on the inside of our cartridges. For high concentration applications, tin can be directly extracted as a solid metal inside our Bulk Recovery Cartridge (BRC). For low concentration applications, tin can be isolated as a solid metal inside our Fine Removal Cartridge (FRC), redissolved, and recovered with our BRC. This process enhances recovery efficiency and maintains high purity levels, making the reclaimed tin salable as a pure metal, or in some cases available for reintegration into production.
By recovering tin from wastewater, ElectraMet reduces the demand for newly mined tin, minimizing the ecological impact associated with mining including scope 2 and scope 3 carbon dioxide emissions.
Unlike traditional recovery methods that often produce lower-purity tin based on the presence of high concentrations of tin oxide and tin hydroxide, ElectraMet’s process ensures high-purity tin metal output. This quality allows reclaimed tin to be reused for high-precision applications without additional refining or sold to an offtaker for high value.
Yes, ElectraMet’s tin recovery systems are designed to be seamlessly integrated into existing manufacturing setups. Single pass or batch setups can harness waste streams for on-site waste processing – replacing costly or time consuming treatments or offsite hauling. This flexibility allows companies to enhance their resource efficiency without significant disruptions to their current operations.
All Rights Reserved.
All material appearing on the ElectraMet® website (“content”) is protected by copyright under U.S. Copyright laws and is the property of ElectraMet®. Copying, reproducing, distributing, publishing, displaying, performing, modifying, re-broadcasting, creating derivative works, transmitting, exploiting any such content, distributing any part of this content over any network, including a local area network, selling or offering it for sale, and using such content to construct any kind of database, website, or other work is expressly prohibited. Altering or removing copyright or other notice from copies of the content on ElectraMet®’s website is expressly prohibited.