How Much E-Waste Does the Average American Household Produce?
How Much E-Waste Does the Average American Household Produce? The average American household throws out roughly 120 to 180 pounds of electronics every year. A family of four sits near the top of that range. That is about the weight of a full-grown person, made of...
Can You Recycle Broken, Crushed or Fire-Damaged Electronics?
Can You Recycle Broken, Crushed, or Fire-Damaged Electronics? A cracked laptop. A crushed monitor. A server rack that sat through a small fire. Most people look at that pile and see garbage. That guess costs money, and it creates risk you cannot see. Damaged...
Smelting vs Hydrometallurgy vs Bioleaching 3 Ways Metals Get Extracted
Smelting vs Hydrometallurgy vs Bioleaching 3 Ways Metals Get Extracted Your old laptop is holding real gold. Not a lot, sure. But it adds up fast when you’ve got a whole pallet. The bigger question is how that gold, copper, and silver actually get pulled back...
What Are the Different Types of SMD Components?
What Are the Different Types of SMD Components? SMD components fall into two big families. Passive parts and active parts. Everything else is a branch on those two trees. Passives include resistors, capacitors, inductors, and ferrite beads. Actives include diodes,...
Why Repair and Reuse Deserve Their Own Attention
How Many Jobs Does E-Waste Recycling Create? E-waste activities support about 6.32 million jobs worldwide, according to a 2025 International Labour Organization study. That includes collection, repair, recycling, material recovery, and related supply-chain work. It...
Manual Dismantling vs Automated Recycling Why Both Still Exist
Manual Dismantling vs Automated Recycling Why Both Still Exist Manual dismantling handles careful choices. Automated recycling handles repeated work across larger loads. Electronics recyclers often combine both because devices contain reusable parts, stored data, and...
Burning E-Waste Why It’s the Most Dangerous Disposal Method
Burning E-Waste Why It’s the Most Dangerous Disposal Method Burning e-waste is dangerous because heat turns complex electronics into toxic smoke, ash, and contaminated dust. That pollution can reach lungs, soil, water, homes, and nearby workplaces. ...
What Percentage of E-Waste Actually Gets Recycled?
What Percentage of E-Waste Actually Gets Recycled? Only 22.3% of global e-waste was formally collected and recycled in 2022. That is the clearest current global benchmark from the Global E-waste Monitor 2024. It means more than three quarters escaped documented formal...
Why E-Waste Is the World’s Fastest-Growing Waste Stream
Why E-Waste Is the World’s Fastest-Growing Waste Stream E-waste is growing faster than almost any other major waste stream because we buy more electronic products, replace them sooner, and struggle to recover them at the same speed. Phones, laptops, servers,...
