article thumbnail

5 Ways We Can Stop Ocean Acidification

The Environmental Blog

Although it may not be discussed frequently, ocean acidification is one of the biggest problems humanity (and the environment) faces today. The rising acidity of the ocean is not only harming biodiversity and marine ecosystems, but is impacting human industries that rely on the ocean’s resources.

article thumbnail

Ocean Conservation: Ocean Acidification and the Impacts of Fish Migration

Green Tech Challenge

Put simply, ocean acidification is the imbalance of chemical content in ocean water; whereby there is increased acidity, and upward temperature changes. Water with a pH,of 7 is pure. The closer it gets to 0, the more acidic the water is, and the closer it gets to 14, the more basic it is.

Insiders

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

article thumbnail

What are ‘planetary boundaries’ and why should we care?

Envirotec Magazine

Ocean-acidification is still, just, in the green, and so is aerosol pollution and dust. We teased apart nine processes vital to the Earth system. Three are based on what we take from the system: biodiversity loss fresh water land use. We are still in the green for ozone-depleting chemicals.

article thumbnail

Greentown Labs Member Milestones — November 2022

Greentown Labs

Ebb Carbon closed a $10.75M round to remove atmospheric CO2 and reduce ocean acidification using electrochemistry. Department of Energy to extract nickel and magnesium from mining waste. Overstory announced a $5.2M seed round. Phoenix Tailings received $1.2M from the U.S. Applied Bioplastics received an investment from 4WARD.VC

article thumbnail

Plastic waste may be acidifying our oceans, scientists speculate

Eco-Business

New research suggests that plastic could contribute to ocean acidification, especially in highly polluted coastal areas, through the release of organic chemical compounds and carbon dioxide, both of which can lower the pH of seawater.

article thumbnail

Ocean-based sequestration heats ups

GreenBiz

The Planetary Hydrogen team adds a mineral salt to the process, leading to the creation of a waste product — a mineral hydroxide — that binds with atmospheric carbon dioxide. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.

article thumbnail

Ocean-based sequestration heats up

GreenBiz

The Planetary Hydrogen team adds a mineral salt to the process, leading to the creation of a waste product — a mineral hydroxide — that binds with atmospheric carbon dioxide. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.