Ocean Surface CArbon Relocation uses wave and salinity gradient energy to move CO2-enriched upper ocean to the seafloor where it is isolated from the atmosphere
See what the corporate gigaton challenge is all about. Allowing companies to offset their #CO2 internally while sequestering a gigaton of carbon. https://t.co/uN4yvYmaxQ
@Peters_Glen That is why we need to look at other solutions to #DirectAirCapture. #CO2 sequestration into deep oceans using #WaveEnergy is just one affordable & feasible alternatives.
After two tests showing active down pumping of surface water using #WaveEnergy (ie Sinking #Carbon rich water; #sequestering#CO2), moving towards a non collapsible tube which allowing #saltfountain to establish, thereby increasing rate of #downwelling. A economic carbon sink
Huge success in deploying 1/3 scale size #OSCAR (Ocean Surface Carbon Relocation) system off coast of #SanDiego demonstrating we can use #WaveEnergy to send #CO2 to ocean depth, realizing #sequestration.
@OlivineCO2 Ultimately we are responsible for all the #CO2 we emit. Even with #Sequestration like our system that #Sinks carbon in the oceans using #WaveEnergy, it will forever remain in our ecological / geological cycles. #Sequestration is a mitigation & time extension tool.
Greetings from @based_ocean! We are excited to share our venture to #sequester#CO2! Through use of #Ocean pumps driven by #WaveEnergy, we can send carbon rich water to the depths for millennia. See how we aim to draw down atmospheric CO2! #carbondioxide https://t.co/mpsTBXKsff