Can You Clean a River Without Chemicals? Rivers are more than just bodies of water. They are living systems, intricately connected to the land, the people, and the wildlife that surround them. They provide drinking… Can You Clean a River Without Chemicals?
How to Treat Sewage Water Without Chlorine Problem Sewage water (wastewater from homes, businesses, etc.) contains a variety of pollutants: Organic matter (faeces, food waste, soaps, etc.) Pathogens (bacteria, viruses) Chemicals (detergents, industrial solvents, microplastics,… How to Treat Sewage Water Without Chlorine
The Best Natural Way to Remove Algae from a Pond Introduction A pond is often the heart of a garden, park, estate, or natural area. Whether it is a small ornamental water feature, a… The Best Natural Way to Remove Algae from a Pond
How to Clean an Oil Spill in a Lake Organically Oil spills in lakes are an environmental disaster that many people assume can only be handled with harsh chemicals or large-scale industrial intervention. Yet there… How to Clean an Oil Spill in a Lake Organically
Fungal Enzymes for Degrading Persistent Organic Pollutants Mycoremediation: Expanding Beyond Bacteria Introduction Persistent organic pollutants (POPs) remain one of the most stubborn and damaging categories of environmental contaminants. From pesticides and polychlorinated biphenyls (PCBs)… Fungal Enzymes for Degrading Persistent Organic Pollutants
Engineering Thermostable Enzymes for Pollutant Cleanup Introduction Pollution remediation—cleaning up oil spills, degrading microplastics, breaking down pharmaceuticals in wastewater, removing “forever chemicals” like PFAS—is an urgent environmental need globally. Among the many tools in the… Engineering Thermostable Enzymes for Pollutant Cleanup
Remediating the Sewers of London with Enzymes Introduction London is one of the great cities of the world, a thriving metropolis that combines history, culture, and innovation. Beneath its bustling streets, however, lies an extensive… Remediating the Sewers of London with Enzymes
In situ biostimulation for soil enzyme bioremediation Soils contaminated with hydrocarbons, heavy metals, persistent organic pollutants (POPs) or emerging contaminants pose increasing risks to human health, ecosystems and land use. Traditional remediation methods—excavation, landfill, chemical… In situ biostimulation for soil enzyme bioremediation
Enzymes for microplastic breakdown in UK waters Microplastics are everywhere: underfoot on beaches, swirling in estuaries, carried in the stomachs of fish and in the sewage sludge that fertilises farmland. Globally, researchers and policymakers are… Enzymes for microplastic breakdown in UK waters
Organic Enzyme Bioremediation of Venice How Targeted Enzyme Technologies Could Help Restore the Lagoon’s Ecology While Protecting Its Cultural Heritage Introduction: Venice at a Crossroads Venice is one of the most celebrated cities in the… Organic Enzyme Bioremediation of Venice
