gallons

5,000 gallons of diesel spill from Equinix data centre in Secaucus into Anderson Creek; cleanup underway in New Jersey Meadowlands, Hackensack Riverkeeper seeks natural resource damages

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5,000 gallons of diesel spill from Equinix data centre in Secaucus into Anderson Creek; cleanup underway in New Jersey Meadowlands, Hackensack Riverkeeper seeks natural resource damages

About 5,000 gallons of diesel spilled from an Equinix data centre into Anderson Creek in Secaucus. (Photo: Bill Sheehan/Hackensack Riverkeeper) Cleanup crews are working in New Jersey’s Meadowlands after roughly 5,000 gallons of diesel fuel leaked from a storage tank at a data centre in Secaucus and entered Anderson Creek.The New Jersey Department of Environmental … Read more

Meet Neha Blunt: The 13-year-old New Jersey coder whose water-saving campaign has reached 1 million people and helped save an estimated 20 million gallons

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Meet Neha Blunt: The 13-year-old New Jersey coder whose water-saving campaign has reached 1 million people and helped save an estimated 20 million gallons

Photo: https://actionfornature.org At 13, Neha Blunt is using code, creativity and community action to tackle one of the world’s most urgent environmental challenges. The New Jersey student created Water Saver, a web application that turns everyday conservation into an interactive challenge, helping households track their water use and make practical changes. Her wider campaign has … Read more

In 1962, NASA loaded 22,900 gallons of water onto a Saturn I rocket and deliberately blew the container apart 65 miles above Earth to study what water would do in the upper atmosphere

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In 1962, NASA loaded 22,900 gallons of water onto a Saturn I rocket and deliberately blew the container apart 65 miles above Earth to study what water would do in the upper atmosphere

Representative Image (AI-generated) For humans to travel deeper into space and remain there for months or even years, they will need much more than powerful rockets. Astronauts must have a continuous supply of oxygen, water and food, while waste and carbon dioxide must be carefully managed. On short missions, these needs can largely be met … Read more

In 2023, Hoboken opened a 5.4-acre park on a former industrial site; its playgrounds and lawns can hold up to 2 million gallons of stormwater

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In 2023, Hoboken opened a 5.4-acre park on a former industrial site; its playgrounds and lawns can hold up to 2 million gallons of stormwater

City of Hoboken opens New Jersey’s largest resiliency park In 2023, Hoboken opened a 5.4-acre park on a former industrial site. Its playgrounds and lawns can hold up to 2 million gallons of stormwater. Located at 12th and Madison Streets, ResilienCity Park is New Jersey’s largest resiliency park. It has turned a once-blighted site into … Read more

In 2010, Shanghai turned a polluted industrial brownfield into Houtan Park; its wetlands now clean up to 634,000 gallons of river water a day

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In 2010, Shanghai turned a polluted industrial brownfield into Houtan Park; its wetlands now clean up to 634,000 gallons of river water a day

A similar vantage point pre-park construction and a similar vantage point post-park construction (Source: Kongjian Yu) In 2010, Shanghai transformed a polluted industrial brownfield into Houtan Park. Its wetlands now clean up to 634,000 gallons of river water each day. The 14-hectare linear park stretches along the Huangpu River and was once home to a … Read more

In 1987, Orlando put 1,200 acres of constructed wetlands to work cleaning reclaimed water; the system now polishes about 5.11 billion gallons a year

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In 1987, Orlando put 1,200 acres of constructed wetlands to work cleaning reclaimed water; the system now polishes about 5.11 billion gallons a year

In 1987, Orlando put 1,200 acres of constructed wetlands to work cleaning reclaimed water. Today, the system treats about 5.11 billion gallons of water each year.However, keeping this large natural filtration system working efficiently requires regular land management. As aquatic plants grow, absorb extra nitrogen and phosphorus, and eventually die and decay, a thick layer … Read more