sustainability • ethics • climate • waste • renewables • ecology • poverty • equality
Waste is not only a disposal problem. It begins with design and purchasing, continues through use and reuse, and ends in collection, recovery or disposal. Use the routes below to move from prevention to practical action, specific waste streams, data and circular systems.
Choose a route:
Understand & prevent waste: start with The 5 Rs of Zero Waste.
Practical household action: use A Practical Zero-Waste Home and Urban Composting.
Waste streams & impacts: explore Packaging Waste, E-Waste Effects, and Waste and Landfills.
Reuse, recovery & cross-territory bridges: see Global Shoe Waste and clothing recycling.
Waste Data & Systems: start with the Global Waste Data Explorer, then use the regional explorers for Africa, Asia, Europe, Oceania, North America, and South America.
Circular concepts: use What Is the Circular Economy? as the concept reference, then follow the practical examples in the routes above.
The newest waste stories continue below. No single article owns every waste question; this gateway routes readers to the page or tool that does.
Septic sludge is an overlooked part of the waste cycle, connecting rural households to treatment plants, land application, landfills, and incineration. This article examines how septage can provide nutrients and energy through biosolids recovery, while raising concerns about PFAS, microplastics, and pathogens. Better pumping, disposal transparency, contaminant testing, and resource recovery are essential for sustainable sanitation.
Winter damage dooms historic buildings to demolition. Strategic pre-winter renovations preserve embodied carbon and prevent costly landfill waste.
By Jack Shaw, senior writer and editor at Modded For decades, sustainable building strategies focused heavily on what happened once a building was occupied. Better insulation, efficient HVAC systems, LED lighting and smart controls helped businesses reduce energy consumption and lower operating costs. Those improvements remain important, but the sustainability conversation is expanding. As buildings become increasingly … Read more
When getting ride of old medicines, protect our environment and waterways by utilizing proper methods of disposal.
Learn why recyclable beverage packaging can still end up in landfills and how proper depackaging, processing, and recovery can help close the gap.
Luxury retail reveals what makes sustainability claims credible: durability, provenance, repairability, material performance, and trust.
This practical guide takes a closer look into how thoughtful purchasing can prevent unused products and unnecessary waste.
Local manufacturing can shorten supply chains and support skills, but distance alone does not determine sustainability. Here’s what really matters.
This article explores some insights into the environmental cost of death, and presents a guide to creating an ethical and eco-friendly end-of-life plan.
Rethinking medical packaging for easier access and a healthier planet. Discover innovations that are transforming how we get our medicine.
As North American landfills absorb 40 million pounds of vinyl windows yearly, manufacturers face growing pressure to close the recycling gap.
By Jack Shaw, senior writer and editor at Modded Manufacturing systems generate significant heat, yet this energy is often left unmeasured or managed at the process level. This energy loss degrades everything from equipment performance to final product quality, thereby hurting operational efficiency. Recognizing heat as a measurable factor is essential for improving both overall efficiency and … Read more
The mounting environmental cost of digital connectivity underscores the urgent ecological need to transition from copper to fiber infrastructure.
Solar panels, EV batteries and wind turbines cut emissions—but they also create waste. Here’s how circular design, take-back and recycling can keep it out of landfill.
Many greeting cards are designed for a very short life. Why materials, waste, and plantable alternatives deserve more attention.
Labs consume large amounts of energy and generate waste streams that cannot simply be dropped into ordinary recycling systems.
Rethinking healthcare waste means looking beyond bins and disposal, toward fragmented care, medical devices, facility design, and more efficient long-term systems.
Waste and Landfills are examined in detail, including how organizations can manage garbage, and how recycling and other solutions can help with the issue.
Microplastics are turning up in food, water, and even our bodies. Here’s what the evidence says, which foods show contamination, and how to reduce exposure.
How carbon-conscious corporations pursue net zero in practice — emissions scopes, credible targets, risks, and real-world progress.
In Malawi, artisans and youth groups are transforming discarded plastics, paper and tyres into baskets, briquettes and bricks—turning waste into livelihoods.
A practical 2026 guide to composting in apartments and cities—choose the right system, avoid smells and pests, and keep organics out of landfill.
Biodegradable PPE is widely seen as an innovation that greatly reduces this paradoxical harm. But is it truly a viable path forward?
Tech waste makes up just 2% of landfill mass but creates 70% of toxic waste. Let’s take a closer look.
Waste-to-energy (WTE) systems and landfill diversion programs: Businesses are learning to extract electricity, heat, or reusable inputs from waste materials.
Lack of clean cooking technologies in Malawi, as in much of the rest of the world, is a large problem, resulting in the problematic use of wood or charcoal.
The practice of urban mining has encouraged sustainability-minded people to think differently about sourcing construction materials. Instead of extracting resources from the planet, this process reuses materials that people would otherwise discard.
From your home to the local landfills, the ramifications of food recalls are far and wide. Here are 10 lesser-known effects of these critical announcements.
Workplaces are adapting to those evolving influences by merging advanced tech tools with environmental health and safety strategies.
While solutions like electric and hydrogen-powered trucks are gaining ground, Diesel Exhaust Fluid (DEF) has become a proven tool for today’s diesel fleets.
The Fourth Industrial Revolution has inspired today with critical technological advancements. Here’s how to leverage Industry 4.0 for a greener future.
Food waste and climate change are interrelated. Food waste is a massive, unchecked problem in most countries and it’s terrible for the planet.
Are non-stick pans dangerous? Possibly. Let’s take a closer look at the details and discuss the risks and alternatives.
Fatbergs are solidified fat, oil and grease around wet wipes, sanitary pads and other nonbiodegradable products. They cause massive blockages in sewer lines.
Holidays are meant for giving. The best gift you can give yourself, your family and your community is to be responsible for your holiday waste. Let’s discuss.
Paint serves a useful purpose, but many traditional formulations contain lead, harmful VOCs, and microplastics. Let’s look at the details and explore alternatives.