Trade

This archive covers trade agreements, supply chain improvements, and economic partnerships that expand opportunity for workers, farmers, and communities worldwide. From fair-trade certifications to cross-border deals that lift developing economies, these stories track how commerce can be structured to share gains more equitably.

Solar panels installed on rooftops in an African village for an article about Africa solar imports, for article on gigawatt-scale solar farm

Africa solar imports surge 60% in a year, pointing to a continent-wide energy leapfrog

Solar panel imports across Africa surged 60% in the year to June 2025, reaching a record 15,032 MW in the most geographically widespread clean energy expansion the continent has ever seen. Unlike previous spikes driven by a single country’s crisis, this wave spread across 20 nations setting new import records, including dramatic rises in Algeria, Zambia, Nigeria, and countries where reliable electricity has never existed. For nearly 600 million Africans without power access, decentralized solar offers a faster, cheaper path than waiting for centralized grids to arrive. The surge suggests energy leapfrogging is happening in practice, not just theory.

Cargo ship, for article on shipping emissions framework

Countries reach historic deal to cut shipping emissions

Shipping emissions just got their first global climate framework — covering the large ocean-going vessels responsible for 85 percent of the industry’s CO₂. Negotiated at the International Maritime Organization in April 2025, the agreement pairs a progressively tightening fuel standard with a carbon price: ships exceeding emissions limits pay in, while near-zero vessels earn rewards. The revenue flows into a dedicated Net-Zero Fund supporting clean energy innovation and easing the transition for small island states and least developed countries already on the front lines of climate change. For an industry long considered one of the hardest to decarbonize — and one that operates beyond any single nation’s reach — this is a quietly historic turn toward cleaner seas and a fairer global transition.

Aerial view of container ship

Decarbonization containers turn 78% of marine emissions into limestone in new pilot

A remarkable pilot project installed on a 787-ft. container ship has proven it’s possible to capture emissions from the smokestacks of cargo ships with 78% efficiency and convert the CO2 into limestone pebbles, which can be offloaded and sold. London startup Seabound, funded by a US$1.5-million grant from the UK Government, partnered up with global shipping company Lomar to install the carbon capture equipment on one of its older and dirtier-burning ships, a medium-sized vessel capable of carrying more than 3,200 shipping containers.

Yara Eide clean ammonia-based ship, for article on ammonia-powered container ship

Yara announces world’s first clean ammonia-powered container ship

Clean ammonia shipping gets its first real-world test in 2026, when Norwegian chemicals company Yara launches the Yara Eyde — a container ship designed to run entirely on ammonia and cut about 11,000 tonnes of CO2 emissions each year. The vessel will sail a regular route between Norway and Germany, proving the technology under genuine commercial conditions rather than in a lab. Shipping moves roughly 90% of global trade and has long been considered one of the hardest sectors to decarbonize, since batteries and hydrogen still fall short for ocean-going vessels. Every big industrial shift needs someone willing to go first, and this one ship could help chart a credible path toward a cleaner future for global trade.

Plastic waste

E.U. agrees to ban exports of waste plastic to poor countries

“The EU will finally assume responsibility for its plastic waste by banning its export to non-OECD countries,” said Pernille Weiss, a Danish member of the European parliament. “Once again, we follow our vision that waste is a resource when it is properly managed, but should not in any case be causing harm to the environment or human health.”