The report features technologies to be used to solve the most pressing problems of modern energy – lowering CO2 emissions, reducing the environmental footprint and finding less expensive ways to use innovations in energy.
Among the authors are researchers from the United States, the United Kingdom, the Netherlands, Denmark, Spain, China and Russia.
The presentation took place within the framework of a session which featured Alexander Novak (Russian Deputy Prime Minister), Oleg Aksyutin (Deputy Chairman of the Management Committee – Head of Department 623, Gazprom), Saad Sherida Al-Kaabi (Minister of Energy of Qatar), Abdulaziz bin Salman al-Saud (Minister of Energy of Saudi Arabia), Sama Bilbao y Leon (Director General, World Nuclear Association), Andrei Ryumin (General Director, Rossetti), Angela Wilkinson (Secretary General, World Energy Council), Victor Khmarin (Chairman of the Management Board – General Director, RusHydro), Rae Kwon Chung (2007 Nobel Peace Prize laureate), Tareck El Aissami (Venezuela’s Vice President & Minister of Industries and National Production & Minister of Petroleum) (online). Acting as moderator was Sergey Brilev, President of the Global Energy Association.
“The wide variety of themes in the report shows yet again that assumptions that energy transition is something of a straight line from fossil fuels to renewable energy sources are an exaggeration,” said Russian Deputy Prime Minister Alexander Novak.
“More properly, we are talking about a transition to sustainable development which allows for niches for both fossil fuels and alternative energy.” New technologies, Novak said, provide opportunities for traditional suppliers to move forward with confidence into the low-carbon age.
Here are the 10 breakthrough ideas presented in the report’s second edition:
– Industrial carbon capture and storage technologies
– Digital twins (virtual copies of physical objects).
– Floating Solar Stations.
– Blue hydrogen (hydrogen produced from steam reforming of natural gas).
– Catalytic Methods for Processing Carbon Dioxide from Coal-Fired Generation into Useful Products.
– High-Quality Motor Fuels from Vegetative Raw Materials (technologies allowing for production of biofuel comparable with oil products in terms of technical characteristics).
– High Temperature Heat Pumps (heat pumps working with CO2).
– Technologies for Managing Oil Field Wastes (technologies for disposal of drilling slurry).
– Ultra High Voltage Power Transmission Technology (technologies which allow for effective transport of electricity).
– Power to E-Fuel (transforming electricity into hydrogen through power electronics).