Henderson–Hasselbalch equation

Deep Sky and Equatic to Deploy Carbon Dioxide Removal Demonstration Units in Canada

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Wednesday, November 8, 2023
Universities Canada, TIME, DAC, Carbon, Atmosphere, Electricity, Time (magazine), Carbonate, Hydrogen, UKIRT Infrared Deep Sky Survey, Direct air capture, Partnership, Electrolysis, LOS, CO2, Invention, CDR, Noetics, Seawater, Climate change, Renewable energy, Henderson–Hasselbalch equation, Deep-sky object

MONTRÉAL and LOS ANGELES, Nov. 8, 2023 /PRNewswire/ -- Deep Sky , a Montreal-based gigaton-scale carbon removal project developer, and Equatic , a California-based company developing carbon capture and storage solutions at scale, are partnering to deploy units for direct air capture (DAC) with ocean sequestration in Canada.

Key Points: 
  • MONTRÉAL and LOS ANGELES, Nov. 8, 2023 /PRNewswire/ -- Deep Sky , a Montreal-based gigaton-scale carbon removal project developer, and Equatic , a California-based company developing carbon capture and storage solutions at scale, are partnering to deploy units for direct air capture (DAC) with ocean sequestration in Canada.
  • Equatic, recently awarded one of the Best Inventions of 2023 by TIME Magazine, has developed an electrolytic process for atmospheric carbon dioxide removal that leverages the size and scale of the oceans.
  • "This partnership is another meaningful step forward in producing high quality carbon dioxide removal," said Lorenzo Corsini, Principal Advisor, Equatic.
  • "By working together, Equatic and Deep Sky will bring the most promising carbon dioxide removal technologies to market at scale."

Equatic’s Transformative Technology Allows Seawater to Capture & Store Carbon

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Tuesday, August 15, 2023
Engineering, Other Natural Resources, Environment, Manufacturing, Alternative Energy, Natural Resources, Energy, Heart, Universal Verification Methodology, Bicarbonate, Eco, Climate, Electrolysis, Atmosphere, White paper, Magnesium, ISO, Hope, Noetics, CDR, Seawater, Ion, MRV, CO2, Environmental impact assessment, Lithium, Risk management, Renewable energy, Henderson–Hasselbalch equation

Carbon removal company Equatic has developed a revolutionary process that relies on seawater electrolysis to capture and store carbon dioxide (CO2), while simultaneously producing clean hydrogen.

Key Points: 
  • Carbon removal company Equatic has developed a revolutionary process that relies on seawater electrolysis to capture and store carbon dioxide (CO2), while simultaneously producing clean hydrogen.
  • Continuous, unambiguous data about operational performance can be obtained directly from in-plant measurements of CDR rate and extent.
  • This data-driven approach ensures that the carbon removal process is meticulously monitored and recorded.
  • This makes Equatic’s carbon removal approach a promising contender for tackling the issue of atmospheric carbon accumulation.