• How Mercury Emissions from Industry Can Be Greatly Reduced

• The Looming 840,000 Ton Waste Problem That Isn't Single-Use Plastics
• 水Storage Capacity in Oceanic Crust Slabs Increases With Age, Researchers Find

• Label Date, Not Phrasing, Drives Consumer Decisions to Toss Food

• Ask Us How to Build the Circular Economy, Say Scientists

• Don't Wait, Desalinate: A New Approach to Water Purification

• Smart Farming Platform Improves Crop Yields, Minimizes Pollution
• Vastly More Sustainable, Cost-Effective Method to Desalinate Industrial Wastewater
• Engineers 'strike Gold' With Innovation That Recovers Heavy Metals from Biosolids

• Clean, Sustainable Fuels Made 'from Thin Air' And Plastic Waste

• To Boost Supply Chains, Scientists Are Looking at Ways to Recover Valuable Materials from Water

• 铝离子电池即兴表演ved Storage Capacity

• When Pigeons Dream

• Biodegradable Plastic from Sugar Cane Also Threatens the Environment

• Biological Cleanup Discovered for Certain 'forever Chemicals'

• 可重复使用的包装Revolution Is Close

• 'Sustainable' Condenser Tumble Dryers Create Hundreds of Tons of Waterborne Microfiber Pollution

• Researchers Examine Cooling Power Plants With Brackish Groundwater

• Communities Should Reconsider Walking Away from Curbside Recycling, Study Shows

• Perfect 'pathogen' Storm: Vibrio Bacteria, Sargassum and Plastic Marine Debris

• Porous Crystals Made from Plant Extracts Purify Water from Pharmaceutical Pollutants

• Great Basin: History of Water Supply in One of the Driest Regions in the USA
• Bacteria: Radioactive Elements Replace Essential Rare Earth Metals

• How Life and Geology Worked Together to Forge Earth's Nutrient Rich Crust

• Plastic Can Drift Far Away from Its Starting Point as It Sinks Into the Sea

• The Science Behind the Life and Times of the Earth's Salt Flats

• Using Microbes to Get More out of Mining Waste

• Chemists Tackle the Tough Challenge of Recycling Mixed Plastics
• New Chemistry Can Extract Virgin-Grade Materials from Wind Turbine Blades in One Process

• Jellyfish-Like Robots Could One Day Clean Up the World's Oceans
• Progress in Alternative Battery Technology
• Treating Polluted Water With Nanofiber Membranes

• Recycling Lake Sediments for Crop Production: A Sustainable Solution for Closing the Phosphorus Cycle

• Stronger Paper Bags, Reused Repeatedly Then Recycled for Biofuel Could Be Future

• Researchers Develop Carbon-Negative Concrete

• Coastal Species Persist on High Seas on Floating Plastic Debris
• A Solar Hydrogen System That Co-Generates Heat and Oxygen
• Filtering Pollution: A Microfluidic Device for Collecting Microplastics Via Acoustic Focusing

• Recovering Rare Earth Elements in Environmental Water
• Microwaves Advance Solar-Cell Production and Recycling

• Gentle Method Allows for Eco-Friendly Recycling of Solar Cells
• Chemists Redesign Biological PHAs, 'dream' Biodegradable Plastics

• Your Fork Could Someday Be Made of Sugar, Wood Powders and Degrade on-Demand

• Civil Engineers Use Public Satellite Images to Study Why the Jagersfontein Dam Failed

• Legacy Industrial Contamination in the Arctic Permafrost

• Pulsing Ultrasound Waves Could Someday Remove Microplastics from Waterways

• Improved Wastewater Treatment Could Lead to Significant Reduction in Greenhouse Gas Emissions
• Closed Loop for Circular Economy: New Polymer Recycling Strategy Ensures Both High Stability and Complete Recyclability
• New Wood-Based Technology Removes 80% of Dye Pollutants in Wastewater

• Global Experts Propose a Path Forward in Generating Clean Power from Waste Energy
• New Water Treatment Zaps 'forever Chemicals' For Good
• Next Epidemic Could Be Spotted Early in Wastewater

• Human and Ocean Health Impacts of Ocean Plastics
• Nitrate Can Release Uranium Into Groundwater
• Solar Industry Feeling the Heat Over Disposal of 80 Million Panels

• Recycling: Researchers Separate Cotton from Polyester in Blended Fabric

• Review of World Water Resources

• Game-Changing High-Performance Semiconductor Material Could Help Slash Heat Emissions

• Assessing the Potential Risks of Ocean-Based Climate Intervention Technologies on Deep-Sea Ecosystems
• Existential Threats to the Iconic Nile River Delta

• Unprecedented Increase in Ocean Plastic Since 2005 Revealed by Four Decades of Global Analysis

• A Wholly Sustainable Plastics Economy Is Feasible
• A Mixture of Trees Purifies Urban Air Best

• Coastal Water Pollution Transfers to the Air in Sea Spray Aerosol and Reaches People on Land

• Coral-Friendly Sunscreen Provides Better UV Protection Than Existing Options
• Sustainable Process for the Production of Vanillin from Lignin Makes Further Progress
• Toilet Paper Is an Unexpected Source of PFAS in Wastewater

• Wastewater Sector Emits Nearly Twice as Much Methane as Previously Thought

• Researchers Uncover New Water Monitoring Technique
• Tiny Environmental Plastic Particles in Mom's Food Reach Unborn Children

• Plastic Upcycling to Close the Carbon Cycle
• Researchers Create E. Coli-Based Water Monitoring Technology

• Ramping Up Domestic Graphite Production Could Aid the Green Energy Transition

• Arsenic Contaminates Private Drinking Water Wells Across the Western Great Basin
• Using Sewage to Forecast COVID-19 Infections
• Biochar Offers New Promise for Climate-Smart Agriculture

• Keeping Drivers Safe With a Road That Can Melt Snow, Ice on Its Own
• Perovskites, a 'dirt Cheap' Alternative to Silicon, Just Got a Lot More Efficient
• From Plastic Waste to Valuable Nanomaterials

• Add-on Device Makes Home Furnaces Cleaner, Safer and Longer-Lasting
• Microbes Play a Key Role in Unleashing 'forever Chemicals' From Recycled-Waste Fertilizer

• Artificial Sweetener as Wastewater Tracer

• Plastic Debris in the Arctic Comes from All Around the World

• Engineers Examine Drinking Water Management Strategies
• Seawater Split to Produce 'green' Hydrogen

• Biorefinery Uses Microbial Fuel Cell to Upcycle Resistant Plant Waste

• Spinning Food Processing Waste Into 'gold'

• 植物是如何鼓舞人心的新方法to Extract Value from Wastewater

• Scientists Unveil Least Costly Carbon Capture System to Date
• The Key to Weathering Rapid Sea-Level Rise May Lie in a Massachusetts Salt Marsh
• Bacteria Really Eat Plastic
• Farewell to 'forever' -- Destroying PFAS by Grinding It Up With a New Additive

• Tracing the Flow of Water With DNA
• Strategies for Up-Scaling of Bioelectrochemical Systems

• Kelp Farms Could Help Reduce Coastal Marine Pollution
• Satellites Can Be Used to Detect Waste Sites on Earth
• Most Plastic Debris on Seychelles Beaches Comes from Far-Off Sources

• Systematic Framework to Compare Performance of Plastics Recycling Approaches
• Using Fungi, Researchers Convert Ocean Plastic Into Ingredients for Drug Industry

• Bilingual Kids Could Lead in Ocean Environmental Action