Sustainability

This archive tracks real progress on sustainability — from clean energy adoption and circular economy breakthroughs to policy wins and community-led conservation efforts. Each story focuses on what’s working, where, and why it matters for the long-term health of people and the planet.

Shanghai skyline at dawn, for article on Shanghai industrial recycling rate

Shanghai now recycles 98% of industrial waste after 6-year sorting overhaul

By / / Good News For Humankind

Shanghai’s waste overhaul has pushed industrial recycling to 98%, meaning almost nothing from the city’s factories ends up in a landfill anymore. Six years in, companies have built whole businesses around the idea that scrap is just raw material in disguise — one Jinshan firm now processes 130,000 tons of aluminum cuttings a year, while another turns used cooking oil into bioplastic for take-out containers sold worldwide. At the neighborhood level, a Hongkou pilot composts 220 pounds of kitchen scraps daily into fertilizer for the gardens right outside residents’ doors. For a city of 25 million, it’s a hopeful glimpse of what circular living can look like when waste is treated as treasure rather than trash.

Industrial turbine machinery in a modern power facility for an article about supercritical CO2 power generation — 13 words.

China connects the world’s first commercial supercritical CO2 power generator to the grid

By / / Good News For Humankind

Supercritical CO2 power generation has reached a historic milestone as China’s Harbin Electric Corporation becomes the first in the world to operate a commercial-scale turbine using supercritical carbon dioxide — and connect it to a live national grid. The technology replaces conventional steam with pressurized CO2, achieving thermal efficiencies above 50% compared to roughly 40% for the best modern steam plants. Beyond efficiency, the turbines are dramatically more compact and work across multiple energy sources, including solar, nuclear, and industrial waste heat. China’s success gives the global engineering community proof that this long-pursued technology can actually work at scale, likely accelerating development timelines worldwide.

Aerial view of a Hawaiian coral reef and turquoise coastline for an article about Hawaii climate resilience fee

Hawaii becomes the first U.S. state to charge visitors a climate resilience fee

By / / Good News For Humankind

Hawaii’s climate resilience fee, signed into law in May 2025, makes the state the first in the U.S. to require visitors to pay a dedicated charge funding environmental protection. Governor Josh Green’s signing of Senate Bill 1396 creates a roughly 5-per-trip levy directed toward coral reef restoration, coastal defense, and sea-level rise adaptation. With around 10 million annual visitors, the fund could generate hundreds of millions of dollars each year. The move positions Hawaii as a potential national model for making tourism directly accountable for the ecological costs it creates.

Hydrogen City mockup|Wind turbines, for article on green hydrogen hub

World’s largest green H2 hub, Hydrogen City, to open in Texas in 2026

By / / Good News For Humankind

Green hydrogen is getting a serious proving ground in South Texas, where Green Hydrogen International just broke ground on Hydrogen City — a facility designed to produce more than 2.5 billion kilograms of clean hydrogen each year at full build-out. The trick is storage: massive salt caverns beneath the Piedras Pintas salt dome will hold the energy, smoothing out the natural ebbs of solar and wind. From there, pipelines will carry hydrogen to Gulf Coast ports to make greener fertilizer and sustainable aviation fuel. Phase one comes online in 2026, an early real-world test of whether green hydrogen can finally scale up to decarbonize the industries batteries can’t reach.