Norwegian Group Katapult Ocean Invests in ecoSPEARS Environmental Startup With NASA Clean Water Technology

ORLANDO, Fla., Oct. 14, 2020 /PRNewswire/ — ecoSPEARS understands that toxins are polluting land and waterways. When these contaminants remain in the environment, they can cause congenital disorders and diseases to animals and people.ecoSPEARS develops climate-friendly technology solutions to remove the toxins from the environment, so everyone has access to clean water, clean food, and clean air. 

In the selection process, Katapult Ocean screened and interviewed a pipeline with more than 1,500 startups. Since 2018, Katapult Ocean has made 32 investments in exciting ocean impact companies from all over the world (17 countries and four continents). “Few options exist when it comes to eliminating persistent and emerging contaminants in soil, sediment, and oil – a problem which has grown with industry globally. ecoSPEARS is well-positioned to become the benchmark cleantech company for green remediation,” said Jonas Skattum Svegaarden, CEO of Katapult Ocean. 

ecoSPEARS imagines a world where every

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Environmental impacts of pot fishing — ScienceDaily

The global pot fishing industry could be having a greater impact on corals, sponges and other species found on the seabed than previously thought, according to new research.

Scientists from the University of Plymouth (UK) attached video cameras to pots used by crab and lobster fishermen off the south coast of England.

As the pots were lowered, and later recovered, they recorded any damage caused to the rocky reefs on the seabed and various ecologically important species which call them home.

The resulting footage showed that of the 18 species observed, 14 suffered damage as the pots were hauled from the seabed.

This included certain species — including pink sea fans, ross coral, Dead Man’s Fingers and boring sponges — recognised as indicators of general health in the marine environment.

The findings go against previous thinking around the damage caused by pot fishing to the seabed, with research carried out

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B&W Environmental to Supply Highly Efficient Cooling Technology for Pulp Mill in Brazil

Babcock & Wilcox (B&W) (NYSE: BW) announced today that its B&W Environmental segment will design and supply its highly efficient SPIG S.p.A. cooling towers for a pulp mill operated by LD Celulose S.A. in the Triângulo Mineiro region in Brazil. The contract is valued at approximately $2 million.

LD Celulose S.A. is a joint venture between the Austria-based Lenzing Group and the Brazil-based Duratex. The plant will produce 500,000 tons of soluble cellulose annually.

“B&W Environmental’s specialized SPIG cooling solutions can be tailored for the needs of the pulp & paper industry and for soluble cellulose production,” said SPIG Managing Director Alberto Galantini. “We see a growing market for our services in South America, especially in Brazil.”

“For this project, we will provide SPIG cooling tower cells with concrete structures, engineered to meet our customer’s specifications,” Galantini said. “We thank LD Celulose for this opportunity and look forward to a

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Vernier Software & Technology Launches a New Sensor to Support the Development of STEM Skills and Environmental Literacy | News

BEAVERTON, Ore., Oct. 7, 2020 /PRNewswire/ — Vernier recently launched the new Go Direct® Weather System to engage students in hands-on data collection as they learn important environmental science concepts. This affordable wireless sensor can be used in the classroom or out in the field to help middle school, high school, and college-level students investigate and analyze a variety of environmental factors.

“This new sensor for environmental science provides an affordable way for STEM educators to engage their students in data collection as they explore the science of natural phenomena,” said John Wheeler, CEO of Vernier Software & Technology. “The Go Direct Weather System is notable because students can collect and analyze multiple types of environmental data using just one compact system.”

The two-part Go Direct Weather System consists of the Go Direct Weather sensor and the Go Direct Weather Vane. The handheld weather sensor is used

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Vernier Software & Technology Launches a New Sensor to Support the Development of STEM Skills and Environmental Literacy

BEAVERTON, Ore., Oct. 7, 2020 /PRNewswire/ — Vernier recently launched the new Go Direct® Weather System to engage students in hands-on data collection as they learn important environmental science concepts. This affordable wireless sensor can be used in the classroom or out in the field to help middle school, high school, and college-level students investigate and analyze a variety of environmental factors.

“This new sensor for environmental science provides an affordable way for STEM educators to engage their students in data collection as they explore the science of natural phenomena,” said John Wheeler, CEO of Vernier Software & Technology. “The Go Direct Weather System is notable because students can collect and analyze multiple types of environmental data using just one compact system.”

The two-part Go Direct Weather System consists of the Go Direct Weather sensor and the Go Direct Weather Vane. The handheld weather sensor is used

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James Webb Telescope Completes Environmental Tests, A ‘Monumental’ Step Towards Launch

KEY POINTS

  • James Webb Space Telescope finally completed the series of environmental tests
  • It recently passed the tests to make sure that it will survive the launch in 2021
  • The tests simulated what it will likely experience on launch day

NASA’s James Webb Space Telescope (JWST or Webb) recently passed milestone tests. The all-important environment tests help ensure that the telescope will survive the trip to space.

It was only in August when Webb passed what’s called the “Ground Segment Test,” which made sure that it will be able to respond to the commands from Earth and also send back valuable data once in space.

In a NASA news release, on Tuesday, the agency said that Webb just passed more milestone tests, this time to ensure that it will survive the launch aboard an Ariane 5 rocket in October 2021.

The recent tests are called the “acoustic” and

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Scientist maps CO2 emissions for entire US to improve environmental policymaking — ScienceDaily

With intense wildfires in the western U.S. and frequent, intense hurricanes in the Gulf of Mexico, the nation is again affected by extreme weather-related events resulting from climate change. In response, cities, states and regions across the country are developing policies to reduce their emissions of greenhouse gases, chiefly carbon dioxide (CO2). Even though many state and local governments are committed to these goals, however, the emissions data they have to work with is often too general and too expensive to provide a useful baseline and target the most effective policy.

Professor Kevin Gurney of Northern Arizona University’s School of Informatics, Computing, and Cyber Systems today published results in the Journal of Geophysical Research detailing greenhouse gas emissions across the entire U.S. landscape at high space- and time-resolution with details on economic sector, fuel and combustion process.

Gurney, who specializes in atmospheric science, ecology and public policy, has

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Avoiding environmental losses in quantum information systems — ScienceDaily

New research published in EPJ D has revealed how robust initial states can be prepared in quantum information systems, minimising any unwanted transitions which lead to losses in quantum information.

Through new techniques for generating ‘exceptional points’ in quantum information systems, researchers have minimised the transitions through which they lose information to their surrounding environments.

Recently, researchers have begun to exploit the effects of quantum mechanics to process information in some fascinating new ways. One of the main challenges faced by these efforts is that systems can easily lose their quantum information as they interact with particles in their surrounding environments. To understand this behaviour, researchers in the past have used advanced models to observe how systems can spontaneously evolve into different states over time — losing their quantum information in the process. Through new research published in EPJ D, M. Reboiro and colleagues at the University of La Plata

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