Thermal

Thermal energy decarbonization presents unique engineering challenges distinct from electricity generation transformation. Achieving reliable, affordable low-carbon thermal supply requires hybrid configurations, backup strategies and transitional energy models that maintain service continuity while progressively shifting from fossil fuels to renewable and low-carbon alternatives.

Analysis of how carbon capture technologies are extending the viability of thermal power plants in a decarbonising system, including capture methods, retrofits and system impacts.

The U.S. Department of Energy - U.S. DOE has gone on to issue an emergency order to keep Unit 1 of the 1.43 GW Craig Station coal-fired power plant located at Craig, Colorado, operational so as to support electricity...

China has moved forward in boosting its own power-generation capacity with the launch of the Anji Power Plant, the first in the country to run an advanced domestic gas turbine built mostly with local components. The plant, commissioned by...

India's Current Power Scenario The energy landscape is changing fast. Despite the global transition towards renewable power, technologies for cost-effective power are still needed. Since coal-based power is not going to disappear for decades to come, technocrats are looking to...

Ethiopia is stepping up its geothermal push in the Great Rift Valley, treating the region’s more than 1,000 MW of potential capacity as a chance to ease its reliance on hydropower and cut back on expensive diesel generation. Ethiopian Electric...

Ormat Technologies and SLB have entered a strategic partnership to accelerate the development and deployment of integrated geothermal assets, including enhanced geothermal systems (EGS). The collaboration is designed to push the next wave of geothermal innovation and open up...