LEMONT, Ill.--(BUSINESS WIRE)--While the world would love to have a quick fix, there is no one specific pathway to stop or slow the rate of climate change. While decarbonization pathways are complex, ...

The field of fuel science is pivotal to the ongoing pursuit of industrial decarbonization, a crucial element in mitigating the global impacts of climate ...

As the global community strides toward carbon neutrality, hydrogen has emerged as a pivotal energy carrier to help nations achieve their net-zero goals—including Canada's target of 2050. However, ...

Fuel cells can be applied in several ways across the maritime value chain. On larger vessels such as cruise ships and container ships, they can replace or supplement diesel generator sets used for ...

Decarbonizing building operations and manufacturing requires a transformation in mindsets and capital planning to design projects that are cost-effective and aligned with organizational goals.

Kyoto, Japan -- As extreme weather events become more frequent and the impacts of climate change become stronger, countries around the world are strengthening their decarbonization efforts. The 2016 ...

The drive toward decarbonizing transport presents the United States (U.S.) and the European Union (EU) with complex research challenges as they aim to shift toward carbon-neutral energy production, ...

Deep decarbonization across the globe is necessary to avoid the worst impacts of climate change. States can play an important role in developing and executing effective, tailored decarbonization plans ...

There are many forces pushing stakeholders across the global maritime industry to decarbonize. In the U.S. inland waterways, regulations aren’t one of the main drivers—at least not at the moment, ...