NewKerala.com

Key Points

Denmark is pioneering an ambitious carbon storage initiative with its new Esbjerg terminal, designed to capture and store CO2 from biogas plants. The Greensand Future project represents a significant step towards the country's net-zero emissions goals by 2045. By leveraging unique North Sea geological formations, Denmark could potentially capture 5% of Europe's carbon storage market. This innovative infrastructure could not only reduce greenhouse emissions but also create thousands of jobs in the emerging climate technology sector.

Key Points: Denmark Launches Groundbreaking CO2 Storage Terminal at Esbjerg

  • Massive CO2 storage terminal under construction at Port Esbjerg
  • Six tanks will temporarily store liquefied carbon dioxide
  • Project aims to inject CO2 into North Sea geological formations
  • Potential to create 9,000 jobs in carbon capture sector
2 min read

Denmark breaks ground on major carbon storage terminal

Denmark advances climate goals with innovative Greensand carbon capture terminal, enabling massive CO2 storage and reduction of greenhouse emissions

"Carbon capture and storage will be critical to achieving climate targets - Mads Gade, INEOS Energy Europe CEO"

Oslo, May 5

A groundbreaking ceremony was held Monday for a new carbon dioxide (CO2) transit terminal at Port Esbjerg in western Denmark, marking a significant step toward the nation's goal to advance carbon capture and storage (CCS) technologies and reduce greenhouse gas emissions.

The terminal is part of the Denmark-based Greensand Future project, which aims to reduce CO2 emissions by CCS. Once completed later this year, the Esbjerg terminal will serve as a major infrastructure hub for the transport and storage of liquefied CO2 and is expected to help achieve Denmark's national climate targets and contribute to the development of CCS capacity in the region.

"This is a key milestone for the Greensand project and an important step in building a complete CCS value chain. Carbon capture and storage will be critical to achieving climate targets," said Mads Gade, CEO of the project operator INEOS Energy Europe, at the construction site.

The terminal is designed to house six large tanks, each capable of storing around 1,000 tonnes of liquefied CO2. The CO2 will be collected from Danish biogas plants and transported by truck to the Esbjerg terminal for temporary storage.

Once the tanks are full, the liquefied CO2 will be loaded onto a vessel and transported to the INEOS Nini platform in the Danish North Sea. From there, it will be injected into geological formations located around 1,800 meters below the seabed for long-term storage, Xinhua news agency reported.

The project entered its commercial phase in December 2024, when INEOS and its partners made a final investment decision. Total investment is expected to exceed 1 billion Danish kroner (150 million US dollars).

According to the European Commission, storing 250 million tonnes of CO2 annually by 2040 will be necessary to meet the Paris Agreement targets. CCS is also considered vital for Denmark to reach its 2045 net-zero emissions goals.

Experts say Denmark's geological conditions in the North Sea are especially well-suited for CO2 storage. If the country captures 5 percent of the European CCS market, it could create up to 9,000 jobs and generate revenues of 50 billion Danish kroner.

- IANS

Share this article:

Reader Comments

R
Rajesh K.
Denmark is showing real leadership in climate action! India should also invest more in CCS technology, especially for our coal plants. Our government's focus on renewables is good, but we need multiple solutions to tackle emissions. 🇮🇳🌱
P
Priya M.
Interesting project, but I wonder about the cost-effectiveness. ₹1,250 crores is a huge investment! Would this money be better spent on solar/wind energy in developing countries like ours? We need climate solutions that create jobs AND reduce emissions.
A
Amit S.
Denmark's North Sea advantage reminds me of our Thar desert potential for solar energy. Every country must play to its strengths in climate fight. Hope our scientists are watching this CCS tech closely - might be useful for our heavy industries in future.
S
Sunita R.
While this is innovative, we must remember prevention is better than cure. Instead of just storing CO2, developed nations should help fund clean energy in Global South. India's solar push is more sustainable model imo. But good to see climate action! 👏
V
Vikram J.
The job creation potential is impressive! 9,000 jobs from CCS alone shows how green tech can boost economy. India should develop our own climate technologies - we have brilliant engineers who can innovate solutions suited to our conditions.
N
Neha P.
I'm concerned about the long-term safety of storing CO2 under seabed. What if leaks happen after decades? We've seen oil spills cause disasters. Climate solutions must be thoroughly tested before scaling up. Better to reduce emissions at source!

We welcome thoughtful discussions from our readers. Please keep comments respectful and on-topic.

Leave a Comment

Minimum 50 characters 0/50