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Companies are using Solar Power for Steel Production which in turn is being used for Oil Drilling. Author Tina Casey says, "Oh the irony, it burns! Solar power is supposed to open the door on a new era in which humans and their ecosystems exist in harmony, but for now the record is still stuck on fossil energy." "It is the largest on-site solar facility in the US dedicated to a single customer, with more than 750,000 solar panels providing nearly all the plant's annual electricity demand," bp enthused in a press release earlier this week. "This will enable the mill to produce some of the world's greenest steel and steel products."

Technologists in the U.S. and China, experts in Japan and researchers within the European Space Agency and the United Kingdom Space Agency are all working to make space-based solar power a reality. Over the past decade, researchers have made impressive advances that increase the likelihood that space solar power (SSP) will be realized during the next decade. "Two of the biggest hurdles to the realization of SSP have always been the cost of launch and the cost of hardware. Add flight rate, and all of a sudden you're looking at numbers always talked about for solar power satellites." The experts believe that solar power satellites at scale could be available within a decade, and envision "a world in the year 2100 where about 20% of electrical power comes from terrestrial nuclear and renewables, with 80% supplied by astroelectricity."

The state of Massachusetts might become the first to install the first-ever solar-powered roadside sound barrier, Energy News Network reported. It is expected that this innovative pilot project will be able to generate around 800 megawatt-hours of power every single year.

Stronger, lighter and more flexible than graphene, borophene has the potential to revolutionize batteries, electronics, sensors, solar cells and quantum computing. And if growing one layer was difficult, growing multiple layers of atomically flat borophene seemed impossible. Because bulk boron is not layered like graphite, growing boron beyond single atomic layers leads to clustering rather than planar films.

'Practically all types of plastic' can be recycled. Currently, the facility can manage four plastic types, but that number will increase to twelve different types. No packaging is incinerated at Site Zero. The facility is operated with renewable energy. There are also plans to cover the building's large flat roof with solar panels.

"Canadian utility redirects $2.3B away from expensive 730MW coal to natural gas conversion, Investment will now fund 3.5 GW of affordable wind and solar." This is a positive move towards a "collective conscientiousness for social and environmental factors," by using renewable energy with new construction aimed for completion in 2025 (H1).