#Shanghai #USA #Green Ammonia #Envision Green #Terra Clove

Pioneering Innovation in Maritime Fuel

In an exciting development for the maritime industry, Envision, a renowned leader in green technology, has recently achieved a landmark milestone by supplying green ammonia for the bunkering of the Terra Clove, the world’s first Very Large Ammonia Carrier (VLAC). This innovative vessel, designed with dual-fuel ammonia propulsion, represents a significant step towards achieving sustainability in maritime operations.

Celebrating the New Era for Shipping

On November 3, 2026, during a ceremonial event in South Korea, the Terra Clove was officially named, bringing together key players in the shipping and environmental sectors. The ship is owned by Eastern Pacific Shipping (EPS) and built by HD Hyundai Heavy Industries (HHI). This groundbreaking vessel can operate using both traditional marine fuels and green ammonia, providing significant lifecycle greenhouse gas emission reductions and showcasing the potential of sustainable fuel sources.

The Journey Begins with Green Ammonia Supply

This latest fuel supply is a continuation of Envision’s groundbreaking efforts in green ammonia logistics. Earlier in February 2026, the company successfully completed its first commercial green ammonia shipment from its Chifeng facility to LOTTE Fine Chemical in Ulsan Port, South Korea. This shipment marked the world’s first comprehensive delivery framework for green ammonia, taking it from renewable hydrogen production to maritime transport, thus establishing a complete value chain.

The Chifeng Green Hydrogen and Ammonia Industrial Park, located in Inner Mongolia, plays a central role in this endeavor. With a current annual production capacity of 320,000 tons of green ammonia, the plant is certified by Bureau Veritas for its adherence to ISO standards and meets the requirements for Renewable Fuels of Non-Biological Origin (RFNBO) and International Sustainability and Carbon Certification (ISCC).

Strategic Partnership Driving Change

"This bunkering signifies an extraordinary milestone as we have now connected the entire green ammonia value chain from production to marine application," stated Frank Yu, Senior Vice President at Envision Energy. His enthusiasm underlines the urgency and necessity of transitioning to cleaner fuels in the shipping industry. By partnering with entities like EPS and LOTTE Fine Chemical, Envision is taking concrete steps to drive global maritime industry efforts towards net-zero emissions.

The Role of Green Ammonia in Decarbonization

Equipped with ammonia dual-fuel propulsion, the Terra Clove has the versatility to switch between conventional fuels and green ammonia, thereby maximizing its operational efficiency while minimizing environmental impact. The successful bunkering of this innovative ship not only solidifies Envision’s position as a global leader in green hydrogen and ammonia solutions but also marks a pivotal point for the maritime industry that has long been searching for scalable and viable sustainable marine fuels.

As the world watches, the advent of the Terra Clove and its successful fueling with Envision’s green ammonia heralds a promising future for sustainable maritime operations. With targets for decarbonization becoming more ambitious across various sectors, innovations like these pave the way for cleaner, more efficient shipping practices, ultimately contributing to the reduction of the global carbon footprint in maritime logistics.

Looking Ahead

The drive towards sustainability in shipping is not merely a regulatory obligation but a global responsibility, further emphasized by the ambitious partnerships and innovations spurred by companies like Envision. The industry is poised for transformation, with green ammonia leading the charge toward a future where maritime transport is synonymous with sustainability and innovation. As efforts to decarbonize intensify, the Terra Clove stands as a testament to what is achievable when forward-thinking leadership is combined with cutting-edge technology.