Europe and America, linked by the biggest tunnel ever: It will be made of water

Published On: January 9, 2025 at 7:50 AM
Follow Us
Link between Europe and America

There is a general race to decarbonize industries globally, and renewable hydrogen is developing into a key pathway toward cleaner energy. The beginnings of what will make a better initiative, the Transatlantic Clean Hydrogen Trade Coalition, are to form around this very issue of enabling clean hydrogen to ship from the US to Europe. H2TC has all these ambitious goals and the collaboration of giants in the industry, thus making an indelible mark on the energy landscape.

H2TC plans to launch transatlantic hydrogen deliveries by 2026

By means of such mighty efforts, H2TC slices transatlantic hydrogen delivery for the year 2026. The aim is to establish a coalition that annually transports out of its territory more than three million metric tons of low-carbon hydrogen by 2030.

This sum should contribute around 30% of the total EU import target of 10 million metric tons per year as the ships get rolling. The milestone is accomplished through institutions like the Mission Possible Partnership (MPP), RMI, Systeminq, etc. all bunched in cooperation with such important ports as Corpus Christi and Rotterdam.

The coalition believes that hydrogen derivatives like ammonia and methanol are the most feasible carriers wherein existing infrastructure in the US Gulf Coast can play its role.In fact, ammonia provides the best energy density and cost-effective amounts for shipping, as per Nabil Bennouna, principal at Climate Aligned Industries. Its prevailing network of pipelines, salt dome storage, and low-cost renewable energy only bolsters the north spring position as a launchpad for this ambitious project.

More than 20 industry leaders unite for supporting the vision of H2TC

From technological to regulatory, H2TC has big challenges ahead which will determine its success or failure. It has already caught the attention of over 20 private sector partners, including Shell, Linde, and Ambient Fuels, for them to provide their expertise throughout the hydrogen supply chain.

According to Keith Patch, one of the immediate priority areas is identifying the best economical and scalable transatlantic method for hydrogen transportation. Currently, ammonia seems like the most likely candidate in this contest, but with all such things he points out, we must consider chemical and energy losses during conversion and transportation.

At the same time, meanwhile, other players like Air Liquide and NEOM are progressing quite well with ammonia cracking technologies, affirming the versatility of this hydrogen carrier. Collaboration is beyond industry to policymakers as well.

H2TC seeks to align trade laws in the US and EU standardize market practices and secure offtake agreements. They are addressing those bottlenecks through collective efforts, creating a strong framework for hydrogen trade that works for both continents (just like this one which is 10 million metric tonnes and a new color).

Biden’s inflation reduction fosters growth for low-carbon hydrogen

It is much more in the coalition regarding hydrogen than just shipping hydrogen; it is about scaling up the entire hydrogen ecosystem. The Biden Administration’s Inflation Reduction Act subsidizes the production tax credit for low-carbon hydrogen at upward of $3 per kilogram, which the industries in Europe-from fertilizers to steel-now will be aching access to cheap, clean hydrogen to fast-track their decarbonization efforts.

Bryan Fisher, managing director of RMI, emphasized, The Coalition brings energy security and helps the energy transition on both sides of the Atlantic. Jeff Pollack from the Port of Corpus Christi agrees with this and even mentions making good use of what is already at stake.

Existing infrastructure will serve to cut the overhead and costs of the hydrogen supply chain. The Transatlantic Clean Hydrogen Trade Coalition (H2TC) is a pathfinder for global energy transformation by linking US producers with European consumers for a sustainable future.

H2TC is a model of collaborative action in bringing renewable hydrogen to market and transforming energy systems (such as this one which is the world’s largest corridor), starting with its first shipment expected by 2026 and aggressive goals for 2030.

Related Post

Wind turbine standing in the snow at a research station in Antarctica

The world’s southernmost wind farm uses just three turbines to help power U.S. and New Zealand research bases in Antarctica, cutting diesel consumption by about 122,000 gallons a year and preventing an estimated 1,242 metric tons of CO₂ emissions despite operating in one of Earth’s harshest environments

September 28, 2026 at 8:41 AM
Golden eagle flying with its wings fully spread

At a 110-turbine Wyoming wind farm, AI-powered cameras can spot approaching eagles and automatically slow individual turbines, with one study estimating an 82% drop in fatalities, although later research found substantial uncertainty around exactly how much the system reduces deaths

September 27, 2026 at 12:33 PM
Large wind turbine blades lying on the ground showing their round root ends

Wind turbine blades are notoriously difficult to recycle, but Carbon Rivers demonstrated recovered glass fiber with 99.9% purity that could return to manufacturing, while recent cleanup concerns in Tennessee show that successful recycling depends on safely processing and actually selling the recovered material, not simply shredding old blades

September 27, 2026 at 8:46 AM
Solar panel canopies and battery units installed on a former landfill

New Haven turned a landfill that stopped accepting trash more than 20 years ago into a solar farm with over 1,900 panels, enough to generate the equivalent annual electricity use of about 200 homes while bringing the city $72,000 a year in rent

September 26, 2026 at 4:57 PM
Alpine Muttsee reservoir surrounded by rocky mountains in summer

Nearly 5,000 solar panels were installed on a Swiss dam 8,200 feet above sea level, and despite deep snow and freezing temperatures the Alpine plant produced 3.8 times more winter electricity per unit of capacity than a lowland installation during its first measured year

September 26, 2026 at 10:16 AM
Rows of cherry tomato plants growing inside a greenhouse

A Swiss greenhouse installed 1,736 solar modules above working tomato crops and produced up to 1 MWh of electricity a day while cutting summer grid use by 35%, yet the surprising result was that tomato yields did not fall and were actually 1% higher

September 25, 2026 at 6:31 AM