CCT2019 in Houston, Texas
3 – 7 June 2019
Aerial view Fourth Ward district west of downtown Houston, Texas, USA. Copyright: Trongnguyen, Bigstock
The IEA Clean Coal Centre’s 9th International Conference on Clean Coal Technologies (CCT2019) comes to the USA for the first time on 3-7 June. At the heart of key developments in energy and cleaner coal, the city of Houston, Texas, plays host to this leading forum for innovation in the coal industry.
CCT is a truly international event, typically welcoming over 250 delegates from around 30 countries, and representing industry, academia, and government. Delegates will obtain the latest insight into the new technologies which can meaningfully reduce the environmental impact of coal, as well as hearing expert perspectives on regional energy policy developments and the future outlook for the coal sector worldwide.
Global coal consumption grew in the past year, and coal is projected to remain the world’s largest source of electric power to 2040 and beyond. This ongoing dominance is strongly driven by the urgent need to improve access to affordable electricity in the developing world. However, there is an equally pressing need for this valuable energy and material resource to be exploited as cleanly and efficiently as possible.
CCT 2019 invites abstracts relating to the research, demonstration, and deployment of clean coal technologies and related issues, including:
• High efficiency, low emissions plant and flexible operation
• Developments in carbon capture
• Pollutant controls
• Gasification, conversion, and non-energy uses of coal
• Biomass cofiring
• Policy, financing, and social issues
The conference will include site visits to two world-renowned facilities – NRG’s Petra Nova project and NET Power’s pioneering demonstration of the Allam cycle.
Petra Nova is the world’s largest carbon capture and storage project operating on a coal power plant and a major milestone for commercial-scale CCS technology. NET Power’s hotly anticipated large-scale test of an innovative supercritical CO2 power cycle achieved first fire in May this year, promising a potential next generation of high-efficiency power plants with integrated carbon capture.