Wind-assisted cargo ships could halve emissions via optimal routes

Researchers say that cargo ships fitted with wind propulsion systems could reduce their energy use by 50 to 100 per cent if they adjust routes and speeds to take full advantage of favourable winds.

The shipping sector accounts for roughly 3 per cent of global carbon dioxide emissions, a share that continues to rise. Adding technologies such as rigid sails, rotating cylinders and giant kites is already attracting interest from companies seeking lower fuel costs. A new study shows that even greater gains are possible when vessels also vary their paths and speeds to maximise wind assistance while staying within realistic delivery times.

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Illustration of Germany's minimal 2025 CO2 emissions decline, Minister Schneider presenting data amid opposition protests warning of EU fines.
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Germany's 2025 climate balance shows stagnant emissions decline

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Germany's greenhouse gas emissions fell by just 0.1 percent in 2025 to 649 million tons of CO₂ equivalents, marking the smallest decline in four years. Opposition parties Greens and Left criticize the federal government for shortcomings and warn of EU fines in billions. Environment Minister Carsten Schneider highlights progress but calls for a push.

The Trump administration has threatened countries supporting a proposed carbon tax on global shipping with visa restrictions, tariffs, and port fees. Despite this pressure, a slim majority of nations backed the original Net-Zero Framework at a recent U.N. meeting.

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While renewable energy targets about 55% of greenhouse gas emissions, the circular economy tackles the remaining 45% from material production and use. This approach replaces the linear take-make-waste model with strategies to design out waste, extend product life, and restore natural systems. Reports suggest it could reduce emissions by billions of tons annually across key sectors.

A massive LNG export terminal under construction near Lake Charles, Louisiana, is projected to produce more greenhouse gas emissions than any other in the United States. Owned by Woodside Energy, the facility is expected to release over 9.5 million tons annually once operational in 2029. The project has drawn praise for jobs and investment but criticism for worsening climate risks in a vulnerable state.

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Two Chinese researchers have recommended the use of wave-powered autonomous vessels for long-term maritime patrols and monitoring in distant waters including the South China Sea.

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