The sound of the green transition

Whoosh. Whoosh. Whoosh. That is the sound of the 92-metre blades high above where 45 Harvard students visiting Esbjerg are standing during a January storm.

”The sound of green transition,” as a student noted with a smile as she was looking up at the 9.4 MW Måde turbine, which only four years ago was the world’s largest of its kind, but whose size has now been surpassed several times. This is a concrete example of how fast things change at Port Esbjerg.

A group of 45 MBA students from the Harvard Business School visited Port Esbjerg on a field trip to see how the green transition is unfolding in practise.

Professor Willy Shih of Harvard Business School pointed out that the visit was arranged to give the students a chance to experience the world that awaits Americans in the future, because this is an area where Denmark and Europe are both ahead of the US.

”We come to Denmark to look into the future. When we talk to INEOS, TotalEnergies and DIN forsyning, we meet some of the frontrunners worldwide,” says Professor Willy Shih of Harvard Business School.

Storing carbon underground

On a tour of the port, the students passed 102 Siemens nacelles, each weighing 500 tonnes. They were sitting at a site in the harbour area, ready to form part of a German project scheduled for installation later this year and next to 98-metre blades for the same project, which left everyone on the bus quite impressed.

Other turbine parts at the harbour were to be shipped to as far away places as Taiwan and the United States.

A new gigantic warehouse will be used for assembling the wind turbines of the future, which are considerably larger than today’s turbines. The new turbine parts are so immensely heavy that it is necessary to drive piles into the ground to build the specially-designed foundation required.

At INEOS, senior project manager Christian K. Christensen explained about the Greensand pilot project, where carbon will be captured and stored in depleted oil wells. This is a concept, INEOS will try to commercialise over the next couple of years.

At the DIN forsyning utility company, project manager Kenneth Jorgensen explained about their new seawater heat pump, which to their knowledge is the only one in the world of its size.

Esbjerg’s geographical location by the sea provides an ideal opportunity to use energy from the sea, and the pump draws the heat from the sea water and heats up the district heating water to the desired temperature before it is fed to customers in the local area.

TotalEnergies is now a multi-energy company

To many people, when they think of multi-energy company TotalEnergies, they think of oil and gas, and the company has more than 100,000 employees in 130 countries. However, Betina Jørgensen, Head of Renewables, Business Development Denmark, told the 45 Harvard students that TotalEnergies now considers itself one of the world’s leading multi-energy companies.

“And that is just the beginning.”

“We have made many different attempts to contribute to the green transition. We believe that oil and gas will still be needed in 2050, but by that time TotalEnergies will be in a much different place than we are today,” explained Betina Jørgensen.

Today, TotalEnergies generate about eight percent of their energy production from green energy and the company aims to be net zero by 2050. They are already the global leader in solar energy and will be a market leader in green energy by 2030.

”When I go back to the US, I will have knowledge that I can use in the process that we are about to embark on in the US.”

Jutland as a green powerhouse

In addition to seeing Port Esbjerg, the students from Harvard Business School also visited Vestas. Professor Shih, who organised the field trip to Esbjerg, believes that Jutland as a whole is a green powerhouse that stands out even for a Harvard professor.