GreenBiz

FEBRUARY 1, 2021

The platforms will be kept afloat by buoys designed to biodegrade once they reach the deep ocean, at which point the kelp will fall to the ocean floor, taking its carbon with it. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.

Business Energy Monitoring 382

Business Energy Monitoring Building Energy Monitoring Carbon-negative Ocean acidification 382

GreenBiz

FEBRUARY 1, 2021

The platforms will be kept afloat by buoys designed to biodegrade once they reach the deep ocean, at which point the kelp will fall to the ocean floor, taking its carbon with it. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.

Business Energy Monitoring 370

Business Energy Monitoring Building Energy Monitoring Carbon-negative Ocean acidification 370

AGreenLiving

FEBRUARY 1, 2021

The platforms will be kept afloat by buoys designed to biodegrade once they reach the deep ocean, at which point the kelp will fall to the ocean floor, taking its carbon with it. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.

Business Energy Monitoring 36

Business Energy Monitoring Building Energy Monitoring Carbon-negative Ocean acidification 36

AGreenLiving

FEBRUARY 1, 2021

The platforms will be kept afloat by buoys designed to biodegrade once they reach the deep ocean, at which point the kelp will fall to the ocean floor, taking its carbon with it. According to the company’s calculations, the process can capture and store 40 kilograms of carbon dioxide for every kilogram of hydrogen produced.

Business Energy Monitoring 28

Business Energy Monitoring Building Energy Monitoring Carbon-negative Hydrogen 28