VTT Develops Combustion Technologies for Biomass - Aims at Negative Emissions
VTT is seeking a carbon capture technology for Finnish power and heat production plants. The first pilots were implemented, using wood pellets, at VTT's Bioruukki and the results are promising.
Powerstorm Energy Storage Solutions (ESS) Provides Update on Company Progress and the Development of Their zeroXess Technology
The company continues to feverishly build their complete, next-generation, renewable, solar-powered energy storage and communication system for rural, off-grid homes in emerging markets.
Increase in renewables has led to an unprecedented change in energy supply
The energy landscape has changed with most countries achieving a more diversified energy mix as well as a growth in community ownerships and an evolution of micro grids.
GCUBE UNDERWRITES 33% OF ALL CANADIAN WIND ENERGY
Leading renewable energy underwriter accounts for 4 GW of Canada's total installed wind capacity
Replace Coal with Gas for cleaner energy - World Energy Congress
Natural gas could play an important role as a "bridging fuel" to a low-carbon global economy. Substituting coal for gas as a feedstock for power plants will cut greenhouse gas emissions by half. Gas is also touted as an ideal backup for intermittent renewable energy supply, at least in areas with established infrastructure.
World's First Farm to Use Solar Power and Seawater Opens in Australia
Kristin Falzon for EcoWatch: Sundrop Farms, a tomato production facility that is the first agricultural system of its kind in the world, celebrated its grand opening in Port Augusta, South Australia, Thursday.
Instead of soil, pesticides, fossil fuels and groundwater, Sundrop Farms uses only solar power and desalinated seawater to grow tomatoes across 49 acres. The water is pumped into the facility from the Spencer Gulf about 1.2 miles away where it is desalinated to water the farm's 180,000 tomato plants. Cont'd...
South Holland Provide Detailed Insight on their Heating Project Keynote Address at Energy from Waste 2016
SMi Group are thrilled to have Maya Van der Steenhoven, Director of Public, Private Cooperation Heating and Cooling from South Holland, present at the 9th annual Energy from Waste conference when it returns to Central London on 8th and 9th December 2016.
Large Heatpumps Are the Only Scalable Renewable Heating Technology Capable of Becoming Zero Carbon by 2050
Renewable experts are urging energy users to invest in renewable heating technology for the future while government incentives to support the uptake of heatpumps last.
Electric Vehicles: Next Comes the Melodrama
by Dr Peter Harrop, Chairman, IDTechEx
ABB launches flexible "plug and play" microgrid solution to boost use of renewables
Modular microgrid offers scalable, containerized solution for easy transport, fast and safe installation and commissioning
APS Reaches Major Solar Milestone; Tops Gigawatt of Solar Energy
Diverse solar portfolio benefits all customers
The Fraunhofer Institute for Solar Energy Systems ISE in Germany and the U.S. Department of Energy's National Renewable Energy Laboratoratory NREL will collaborate on Hydrogen and Fuel Cell Research
The official launch will be Monday October 10, 2016 at the WORLD OF ENERGY SOLUTIONS in Stuttgart. Under this MOU, hydrogen and fuel cell technology experts from Germany and the United States will collaborate closely on research and development (R&D) activities to accelerate progress in these fields.
European Utility Week 2016 to focus on how utilities can meet the EU's COP21 climate change commitments
Denmark and Italy take centre-stage as partner countries and examples of change
This New Wind Turbine Could Power Japan for 50 Years After One Typhoon
Nick Mafi for Architectural Digest: A typical typhoon produces wind speeds between 98 and 120 m.p.h. and usually leaves behind a trail of destruction. But a Japanese engineer has plans to harness a typhoon’s incredible wind energy and use it to power the nation. Atsushi Shimizu has just invented the world’s first typhoon-powered wind turbine—a roughly 18-foot structure that, with its three distinct prongs, somewhat resembles an egg beater. Don’t be fooled by the simple design, however. According to the Atlantic Oceanographic & Meteorological Laboratory, a mature typhoon can produce a level of kinetic energy equivalent to about half of the world’s electrical generating capacity. That means that after a single typhoon, Shimizu’s invention could power Japan for up to 50 years. Add in the frequency of the country’s typhoons—anywhere from three to seven each year—and the potential for massive quantities of renewable energy is unmistakable. Cont'd...
WORLD ENERGY COUNCIL ISSUES CALL TO ACTION
Statement issued by the World Energy Council on 9 October 2016 ahead of the
23rd World Energy Congress
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