ETH Zurich Researchers Develop Electrolysis Method to Convert Soil Contaminants into Valuable Chemicals
By
PaulHoule
A weekday bagel. Dependable, satisfying, no fuss.
Summary
ETH Zurich researchers have developed an electrolysis-based method to remove persistent insecticides like DDT and lindane from contaminated soils. The process not only breaks down these environmental toxins but converts them into valuable chemicals, offering a sustainable solution for contaminated site remediation and contributing to a circular economy.
Key quotes
· 4 pulledRemoving insecticides from contaminated soils – Patrick Domke (pictured) and other ETH researchers found the solution in electrolysis.
They were once considered miracle workers – insecticides such as lindane or DDT were produced and used millions of times during the 20th century.
ETH Zurich researchers have developed a process that can be used on site to render environmental toxins such as DDT and lindane harmless and convert them into valuable chemicals.
A breakthrough for the remediation of contaminated sites and a sustainable circular economy.
You might also wanna read
Europe removes record 603 dams in 2025 to restore river ecosystems
Europe removed a record 603 dams and barriers across 21 countries in 2025, reconnecting thousands of kilometers of rivers. The article focus
Green chemistry pioneer John Warner calls for public engagement to solve plastic crisis
John C. Warner, a green chemistry pioneer and ACS member featured in the Netflix documentary 'The Plastic Detox,' discusses the urgent need

Study: Cocaine Pollution Alters Wild Fish Behavior, Causing Increased Wandering in Brown Trout
A scientific study reveals that cocaine pollution in waterways affects fish behavior in the wild, with brown trout exposed to cocaine showin
Penguins Used as Environmental Monitors to Detect PFAS Chemicals in Patagonia
Researchers from UC Davis and SUNY-Buffalo conducted a study using Magellanic penguins as environmental monitors by outfitting them with sil

Study Finds Data Center Development Correlated with Heat Island Effects
A non-peer-reviewed study by researchers from institutions including the University of Cambridge and Nanyang Technological University has fo
Biodegradable Packaging Film Made from Milk Protein Breaks Down in 13 Weeks
Researchers at Flinders University in South Australia have developed a biodegradable plastic alternative made from milk protein (calcium cas
