Photo: chalyon021

Neboda Farms X Skytree

Estrada Fragosiño, 32, Nave 2, Sárdoma, 36214 Vigo, Pontevedra, Spain

Néboda Farms Adopts Skytree Direct Air Capture Unit

Skytree’s proprietary DAC technology captures CO2 from ambient air, filters it using a patented process, and stores it in pressurized buffer tanks from where it can be accessed and reused by any business in regular need of concentrated CO2. Skytree Cumulus, the first commercially available modular unit, will deliver a reliable and uninterrupted supply to CEA businesses, helping to alleviate procurement and transport challenges. Skytree’s fully decentralized solution is onsite, has a small carbon footprint, and is both fully modular and stackable. Néboda Farms is among the first of many controlled environment agriculture businesses that will benefit from the ability to generate its own CO2 onsite. And they will do so in a more sustainable and eco-friendly way, bypassing the harmful processes used by fossil fuel companies
Country: Netherlands
Status: Operational
Type: Direct Air Capture
Photo: chalyon021

Skyrenu Technologies

Sherbrooke, Quebec, Canada

ready to take on the challenge of decarbonization

Skyrenu develops innovative solutions to decarbonize society in order to make carbon neutrality a reality. They recycle mining and industrial residues to sequester CO2 in a reliable and sustainable manner.
Country: Canada
Status: Concept
Type: Direct Air Capture
Photo: chalyon021

Sirona Technologies

Brussels, Belgium

On a mission for net zero emission

Sirona is pioneering direct air capture technology to remove CO2 from the air, with a focus on speed, scalability and a low capex design.
Country: Belgium
Status: Concept
Type: Direct Air Capture
Photo: chalyon021

Removr

Oslo, Norway

Scaling carbon removal to avoid global warming

Removr’s ambition is to become the global leader in Direct Air Capture. It starts with the world’s first large-scale solid sorbent carbon removal facility, leveraging the best available technology, unique Nordic advantages, and a world-class team and partners.
Country: Norway
Status: Concept
Type: Direct Air Capture
Photo: chalyon021

ReCarbn

Utrecht, Netherlands

Direct Air Capture as an essential piece in the climate solution puzzle

ReCarbn aims to accelerate the development of Direct Air Capture with a potential to remove gigatons of CO₂ from the atmosphere. ReCarbn technology uses a circulating solid sorbent mechanism (Moving-bed Process), reducing the energy consumption needed for the technology.
Country: Netherlands
Status: Concept
Type: Direct Air Capture
Photo: chalyon021

Parallel Carbon

GV38+8G London, UK

Reduce and Remove Carbon, In Parallel

Para‖‖el Carbon is developing the hardware platform fundamental to a post-fossil fuel society. They are building technology that removes carbon dioxide from the air while producing hydrogen to eliminate emissions. Their mission is to deliver the world’s most scalable solution to reverse climate change.
Country: United Kingdom
Status: Concept
Type: Direct Air Capture
Nūxsen

Nūxsen

9 Centre St, New York, NY 10007, USA

DAC using electrochemical technology to remove the thermal requirement

Nūxsen are uncovering and advancing ground-breaking technologies to pull CO2 from mixed gas streams and to permanently sequester it underground and in products such as advanced fuels and construction materials.
Country: United States
Status: Concept
Type: Direct Air Capture
Photo: chalyon021

Noya

QGCR+93 Golden Gate Park, San Francisco, CA, USA

Building for a full snowpack for ski season

Noya are deploying Direct Air Capture technology to remove excess CO2 from the atmosphere.
Country: United States
Status: In development
Type: Direct Air Capture
Neocarbon

Neocarbon

GCCQ+6X Berlin, Germany

leveraging existing infrastructure

NeoCarbon captures CO₂ at low cost and at scale by leveraging waste heat and existing infrastructure.
Country: Germany
Status: In development
Type: Direct Air Capture

Nellie Technologies

South Wales, Mountain Ash, United Kingdom

Driven by Delivery

Nellie design, develop and deploy bioengineered carbon dioxide removal technologies. They use proprietary biomass growth, processing and sequestration channels to capture carbon dioxide from direct air and point sources which we then turn into biochar and biogenic aggregates to offer exceptional additionality permanence.
Country: United Kingdom
Status: In development
Type: Direct Air Capture