Kontrol Energy Corp. Receives Federal Funding and Announces Production for Its BioCloud Technology

TORONTO, ON / ACCESSWIRE / December 3, 2020 / Kontrol Energy Corp. (CSE:KNR)(OTCQB:KNRLF)(FSE:1K8) (“Kontrol” or “Company“) is pleased to announce that the Company is in receipt of advisory services and up to $500,000 in research and development funding from National Research Council of Canada Industrial Research Assistance Program (NRC IRAP) to complete final commercialization and mass production requirements for its Covid-19 technology, the Kontrol BioCloudTM analyzer (“BioCloud analyzer” or “BioCloud“).

“This is another important accomplishment and milestone for Kontrol and represents the continuing advancement of the BioCloud technology,” says Paul Ghezzi, CEO Kontrol. “The focus of our BioCloud technology is to help create safe spaces for all as we collectively continue to face the challenge of the COVID-19 pandemic. We are thankful for this support from NRC IRAP.”

Production

The Company has commenced initial production of BioCloud units for

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New energy conversion system will bridge gap between renewable energy and power grid

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IMAGE: Wenyuan Li and Xingbo Liu are creating a new energy conversion system that has the potential to bridge renewable energy sources into the existing United States energy infrastructure.
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Credit: WVU

Engineers at West Virginia University are creating a new energy conversion system that has the potential to bridge renewable energy sources into the existing United States energy infrastructure.

As solar and wind energy become increasingly necessary to combat climate change, new energy conversion and storage technologies will be needed to maintain stability across the power grid.

“People talk a lot about a cleaner future and vow to replace carbon-based energy systems with renewables,” said Wenyuan Li, research assistant professor in the Statler College. “Attention has been focused on solar panels and wind turbines, but technology like this is the very throttle that decides how much renewables can eventually penetrate to the power grid and can be put

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Event organized by CBMM highlights green hydrogen as a sustainable solution for energy and mobility sectors

SAO PAULO, Dec. 3, 2020 /PRNewswire/ — In the search for solutions that contribute to reducing CO2 emissions, governments and scientists around the world are encouraging a movement to adopt more sustainable and efficient technologies. To that end, hydrogen has emerged as a key element in the decarbonization of the economy.

Scientists from renowned universities and industry specialists will discuss how hydrogen production technologies and their use in fuel cells can revolutionize the energy and mobility sectors during the Charles Hatchett Award Webinar 2020, a virtual event that will be held on December 7 at 2:00 pm (CET).

The keynote presentation will be delivered by Manish Chhowolla, professor of Materials Science at Cambridge University, and winner of the 2020 Charles Hatchett Award, an annual prize ratified by UK-based Institute of Materials, Minerals and Mining (IOM3).

“New solutions in the energy transition have a strong connection with our technological development program

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China leads US in energy regenerative capacity

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A robust technological future for the United States depends upon exposing children to core concepts of science, technology, engineering and math.

Getty Images

In January, the National Science Board, part of the National Science Foundation, published its biennial report on Science and Engineering Indicators. It captures how the United States compares to other countries from the perspective of degree production, investments in research and development, and scientific articles and patents (as a proxy for technical prowess).

Basically, we’re falling behind on every major measure, which means we may not have enough trained people and core competencies to combat climate change, defeat contagious viruses or compete in the growing market for advanced energy systems.

This is a dangerous signal.

Not only have we closed the borders (even to students) and raised the walls (literally and figuratively) to shared knowledge, we have diluted educational achievement standards at home and outsourced critical manufacturing

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Device could cut HVAC energy use by nearly 20% in the US — ScienceDaily

Engineers at Duke University have demonstrated a dual-mode heating and cooling device for building climate control that, if widely deployed in the U.S., could cut HVAC energy use by nearly 20 percent.

The invention uses a combination of mechanics and materials science to either harness or expel certain wavelengths of light. Depending on conditions, rollers move a sheet back and forth to expose either heat-trapping materials on one half or cooling materials on the other. Specially designed at the nanoscale, one material absorbs the sun’s energy and traps existing heat, while the other reflects light and allows heat to escape through the Earth’s atmosphere and into space.

“I think we are the first to demonstrate a reversible thermal contact, which allows us to switch between the two modes for heating or cooling,” said Po-Chun Hsu, assistant professor of mechanical engineering and materials science at Duke and leader of the team.

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Bill Gates calls for creation of National Institutes of Energy Innovation to better address climate change

Wind power in Washington state. (GeekWire Photo / Kurt Schlosser)

In the midst of one global disaster, Bill Gates is thinking about how to prevent the next. And while the world clearly wasn’t prepared to deal with the COVID-19 pandemic, the Microsoft co-founder thinks there is one solution that could help address climate change.

In a new GatesNotes blog post on Thursday, the Microsoft co-founder is calling for a better national way to evaluate and nurture great ideas around clean energy research. Specifically, Gates would like to see the federal government create the National Institutes of Energy Innovation.

“This the most important thing the U.S. can do to lead the world in innovations that will solve climate change,” Gates said.

Rather than having research and ideas spread across departments such as Energy, Transportation, Defense and even NASA, Gates said the idea would follow the successful model demonstrated by the National

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Oddly satisfying metamaterials store energy in their skin — ScienceDaily

When you press the dimpled circles on a fountain drink lid, they become either convex or concave. Materials or structures that have two stable states demonstrate a concept called bistability.

A Purdue team has demonstrated that a patterned sheet of these domes will form an energy-storing skin: strong enough to perform mechanical tasks, and even programmable to store and process data like a mechanical computer.

“Bistability is an important concept found in nature,” said Andres Arrieta, a Purdue assistant professor of mechanical engineering. “Earwigs, for example, have bistable, foldable wings that snap to an open state with very little energy. We are working to make programmable structures inspired from this bistability.”

Arrieta’s team began with a simple structure: a flat, one-inch square sheet with a pop-up dome, 3D printed from thermoplastic polyurethane. By pressing with a finger, the dome would snap to become either convex or concave. When they printed

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Dark energy camera snaps deepest photo yet of galactic siblings

Dark energy camera snaps deepest photo yet of galactic siblings
Deepest, widest view of the Large Magellanic Cloud from SMASH. Credit: NOIRLab

Images from the Survey of the MAgellanic Stellar History (SMASH) reveal a striking family portrait of our galactic neighbors—the Large and Small Magellanic Clouds. The images represent a portion of the second data release from the deepest, most extensive survey of the Magellanic Clouds. The observations consist of roughly 4 billion measurements of 360 million objects.


A sprawling portrait of two astronomical galactic neighbors presents a new perspective on the swirls of stars, gas, and dust making up the nearby dwarf galaxies known as the Large and Small Magellanic Clouds—a pair of dwarf satellite galaxies to our Milky Way. While this isn’t the first survey to map these nearby cosmic siblings—the Survey of the MAgellanic Stellar History (SMASH) is the most extensive survey yet.

The international team of astronomers responsible for the observations used the 520-megapixel high-performance Dark

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Collision models impact the future of energy — ScienceDaily

A new Curtin University-created database of electron-molecule reactions is a major step forward in making nuclear fusion power a reality, by allowing researchers to accurately model plasmas containing molecular hydrogen.

The Curtin study, published in the Atomic Data and Nuclear Data Tables journal, is supplying data to the International Thermonuclear Experimental Reactor (ITER) — one of the largest scientific projects in the world aimed at developing fusion technology for electricity production on Earth.

Lead researcher, PhD candidate and Forrest Scholar Liam Scarlett from the Theoretical Physics Group in Curtin’s School of Electrical Engineering, Computing and Mathematical Sciences said his calculations and the resulting collision database will play a crucial role in the development of fusion technology.

“Our electron-molecule collision modelling is an exciting step in the global push to develop fusion power — a new, clean electricity source. Fusion is the nuclear reaction which occurs when atoms collide and fuse

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Scientists warn of the social and environmental risks tied to the energy transition

wind energy
Credit: CC0 Public Domain

To meet the most ambitious 1.5º C climate goal requires a rapid phase-out of fossil fuels and mass use of renewables. However, new international research by the Institute of Environmental Science and Technology of the Universitat Autònoma de Barcelona (ICTA-UAB) warns that green energy projects can be as socially and environmentally conflictive as fossil fuel projects. While renewable energies are often portrayed as being environmentally sustainable, this new study cautions about the risks associated with the green energy transition, arguing for an integrated approach that redesigns energy systems in favor of social equity and environmental sustainability. The research, which analyzes protests over 649 energy projects, has been recently published in the journal Environmental Research Letters.


The study, authored by an international group of researchers with a large presence of the ICTA-UAB and led by Dr. Leah Temper, from McGill University, draws on data from the

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