Plastic soup has a southern twin. In 2011 the 5 Gyres Institute sampled the South Pacific gyre and found up to 396,342 plastic particles per square km near its centre. Henderson Island, with no residents, holds an estimated 38 million pieces. #PlasticSoup

In 2018 China shut its doors to most imported plastic and paper scrap. The U.S. and Canada had shipped millions of tonnes there each year. Much of it moved to Southeast Asian ports until those countries brought in their own restrictions. #Recycling

Under the EU Landfill Directive, member states can landfill no more than 10% of municipal waste by 2035 and must recycle 65%. That leaves about a quarter of Europe's household waste needing another route. #EU #WasteToEnergy

When you bury food scraps, paper and yard waste, they rot without oxygen and release methane for decades. The EPA ranks municipal landfills as the third-largest source of human-caused methane in the U.S. #Methane #Landfills

Americans generated 292.4 million tons of municipal solid waste in 2018, according to the EPA. That's 4.9 pounds per person per day. Only 32.1% was recycled or composted, and about half went to landfill. #MSW #Recycling

Delhi's Ghazipur landfill opened in 1984 and reached capacity in 2002. The city kept dumping there. The mound grew to about 65 metres, and a 2017 collapse killed two people. As of March 2025, 8.5 million tonnes still sat on site. #Delhi #Landfill

The world generated about 2.3 billion tonnes of municipal waste in 2023. UNEP projects 3.8 billion tonnes by 2050, and the fastest growth will come in regions that still dump and burn waste in the open. #WasteToEnergy #MegaCities

No patent on our core process — on purpose. A patent publishes the blueprint for anyone to read. A trade secret, backed by ironclad contracts, doesn't. Same logic Coca-Cola uses on its formula. #CleanTech #WasteToEnergy #Investing

One process, four outputs. Our C2C tech turns municipal solid waste into low-sulfur fuel, syngas, hydrogen, and fertilizer — up to 100 tonnes a day, zero emissions. Not a concept. Already running. #WasteToEnergy #CleanTech #MSW #Investing

The U.S. buries over 50% of its trash. Japan buries under 5%. The gap isn't culture — it's infrastructure. Waste-to-energy plants turn landfill-bound trash into power. North America has the waste. It's missing the plants. #WasteToEnergy #CleanEnergy #MSW #Sustainability

The US landfills half of what it throws away. Only 12% gets burned for energy recovery. Denmark and Japan flip that ratio almost completely. Every ton left in a landfill is methane we're not capturing. #WasteToEnergy #CleanEnergy #MSW #Sustainability

A dozen US states are running out of landfill space. Meanwhile we're burying material that could generate electricity instead. Waste-to-energy converts municipal trash into power grids can use today. #CleanEnergy #WasteToEnergy #MSW #Sustainability

A city of 20 million people can generate over 25,000 tons of trash a day. Most of it still ends up buried in landfills instead of powering homes. Waste-to-energy tech already exists — the gap is infrastructure, not innovation. #CleanEnergy #WasteToEnergy #MSW #Sustainability

A megacity can generate enough trash daily to fill a football stadium. Most goes straight into the ground. Waste-to-energy tech turns that same volume into power for thousands of homes instead. The bottleneck isnt technology, its political will. #WasteToEnergy #MSW #CleanEnergy

The U.S. buries about 50% of its trash in landfills. Europe buries just 24%; the rest becomes power. Waste-to-energy already runs at scale overseas. North America's real problem isn't waste. It's the infrastructure gap. #WasteToEnergy #CleanEnergy #MSW #Sustainability

A city of 20 million people produces enough trash each day to fill over 1,000 garbage trucks. Most megacities can't build landfills fast enough to keep pace. Waste-to-energy turns that overflow into power instead of pollution. #CleanEnergy #MSW #WasteToEnergy #Sustainability

The US buries roughly half its trash in landfills that are quietly running out of room—some major cities are a decade or less from capacity. Waste-to-energy could cut that volume dramatically. Why isn't it scaling faster? #WasteToEnergy #MSW #CleanEnergy

One ton of municipal solid waste burned in a modern waste-to-energy facility generates roughly 500-600 kWh of electricity. Left in a landfill, that same ton emits methane for decades instead. #WasteToEnergy #CleanEnergy #MSW #Sustainability

"A city of 10 million people produces enough trash daily to fill 2,000 garbage trucks. Most of it lands in landfills that leak methane for decades. Waste-to-energy could turn that same trash into power for thousands of homes. #WasteToEnergy #CleanEnergy #MSW"

Landfills across North America are running out of room. Cities now truck trash hundreds of miles just to find space. Waste-to-energy skips that. It turns the same waste into electricity on-site. #WasteToEnergy #MSW #CleanEnergy #Sustainability