heat rather than converted to usable power. The sheer amount of lost potential and wasted fuel is almost unfathomable, and so preventing even a fraction of that loss means significant savings in both costs and emissions.
Oceanit is working alongside the National Energy Technology Laboratory (NETL) to demonstrate how HeatX can significantly improve the efficiency of the existing coal-fired power plant fleet and […]
In response to overwhelming evidence connecting human activity and fossil fuels to climate change, much of the world is turning its efforts towards renewable energy. Since 2014, […]
The Global Carbon Project report states that the major driver of the 2018 increase was higher electricity demand worldwide, leading to more coal-burning – primarily by China and India as their economies grew and more oil used in transport. Emissions in China were up 4.7% and India by 6.3% year on year. However, almost all countries are contributing to the accelerating emission rates.
What if the U.S. could reduce its overall carbon emissions by 180-200 million metric tonnes (MMT) per year by cleaning up a single element in how we currently produce fossil fuel-based energy?
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