The world's first solar-powered carbon capture devices might help remove tonnes of CO

The world's first solar-powered carbon capture devices might help remove tonnes of CO ...

According to a press release, a solar-powered machine capable of sucking CO2 from the atmosphere might assist in alleviating some of our climate issues.

AspiraDAC, a carbon dioxide capture company, has developed the technology for its first customer, Stripe, a worldwide financial infrastructure company, which plans to implement it this year.

Frontier, a partnership between Alphabet, Shopify, Meta, and McKinsey, has purchased the software. Over the next nine years, Frontier intends to invest $925 million on carbon removal technology.

In the meantime, AspiraDAC will deploy roughly 180 of the equipment to capture and store 500 tonnes of CO2 by 2027 at an agreed-upon $1,000 per tonne.

The world's first solar-powered direct air capture facility

The first generation of product was developed in collaboration with the University of Sydney. A second generation unit will be constructed using additive manufacturing techniques.

The machine is constructed from a sponge-like substance developed at the University of Sydney that traps CO2 molecules when air travels through it. Fans suck air into sponge-filled canisters, and heat is used to extract pure CO2 that may be piped and stored underground. The best part is that the solar panels that cover the units like an A-frame tent provide all of the power.

The company's goal for compression, transportation, and storage is less than $20 per tonne. CO2.

According to The Guardian, the corporation has not confirmed the location or geological storage of the site, but it is known that depleting oil and gas reservoirs in Moomba, South Australia, are being considered.

Julian Turecek, AspiraDAC's Executive Director, quoted as a significant contribution to the development of the carbon removal industry, according to PV Magazine. The DAC [Direct Air Capture] solar powered modules being delivered in this project are at the heart of the agreement with Frontier, being a worldwide first use of this technology.

Solar energy in Australia and Australia

The amount of CO2 reduced under the new agreement is minor, but the company believes it's a significant step forward for the industry, which has significant growth potential in Australia.

Australia's abundant solar energy potential makes it a perfect location for DAC, and with the use of solar-powered modules, the facility can operate independently of traditional energy sources. Additionally, DAC facilities can produce equivalent CO2 emissions without using more than 90 percent of land needed in reforestation carbon capture projects, according to Tricek.

"It isn't without difficulties, and DAC technology is still in its early stages, and agreements with customers such as the Frontier group will propel further development of the sector. This will increase our ability to reduce the costs per tonne of carbon to a competitive level to take removal to a megatonne scale in the next decade, and gigatonne scale the following.

Carbon capture alone will not be able to solve the climate problem, according to the United States Center for International Environmental Law, which described carbon capture as a "dangerous distraction" that might keep people from moving away from fossil fuel consumption. However, solar-powered carbon capture devices could be scaled up for use on a global level as a part of a host of other solutions.

You may also like: