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BIMCO: Low-carbon economy drives contract development

Policies and activities on sustainable shipping, innovation, efficiency, renewability and agility need to be translated into contractual agreements for effectiveness.

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Grant Hunter, Head of Contracts & Causes of at BIMCO, reviews how the shipping association has developed contractual agreements to help the maritime industry align with trends from other rising sectors in the sustainable arena. His thoughts can be found in the latest issue of BIMCO’s Reflections 2020 magazine, which has been shared with Manifold Times:

Reducing harmful emissions to try to reverse climate change has become an irreversible trend. Shipping is viewed by many big businesses as “low-hanging fruit” when it comes to meeting corporate carbon emission targets. This trend is also very much a contractual issue.

‘Harmonisation is a key factor in this process, and it is where BIMCO’s standard contracts and clauses have a major role to play,’ says Head of Contracts & Causes.

BIMCO to harmonise LNG bunker terms

Towards the end of 2019, Australia’s mining conglomerate BHP announced plans to cut its shipping emissions by up to a quarter by transporting 10% of its iron ore shipments using LNG-fuelled ships. In September 2019, CMA-CGM launched the 23,000 TEU Jacques Saade, the world’s largest LNG- fuelled container ship and the first in a fleet of nine LNG-powered container ships for the company. Similar moves to LNG are happening in the cruise, ferry and offshore industry.

These initiatives have prompted BIMCO to begin developing a set of standard terms and conditions for buying LNG bunkers. Although LNG is currently bought on a long-term contract basis, we believe that, as it becomes an increasingly common alternative fuel, a spot market will emerge that will benefit from harmonised terms.

Growth in renewables spur revisions

 An intrinsic part of the campaign to reduce emissions is the increasing reliance on renewable energy sources. Offshore wind has become the primary renewable energy source in many countries. In the UK, offshore wind farms generated more electricity than fossil fuels for the first time in 2019. In Denmark, one-third of electricity produced comes from wind farms.

Renewable energy companies are increasingly looking further afield to build ever-larger wind farms. In the early days of the industry, wind turbines were fixed to the seabed in shallow waters close to the coast. Operators are now moving into deeper waters, using floating wind turbines tethered to the seabed.

The installation and maintenance of these turbines relies on the services of marine contractors using BIMCO forms specially designed for the offshore sector. Ocean-going tugs and unmanned barges are the basic installation tools for this sector and are commonly hired using BIMCO’s TOWCON and TOWHIRE agreements, and the BARGEHIRE charter party. All three are currently being revised to ensure they stay relevant to the changing needs of the offshore community.

Service and maintenance personnel are transported to wind turbine installations from offshore accommodation ships using small launches referred to as crew transport vessels (CTVs). BIMCO has the WINDTIME charter party for hiring CTVs and this will soon be joined by an Accommodation Support Vessel Charter Party – ASVTIME – designed for the ships that provide a range of services during installation and other offshore work, as well as accommodation.

Decommissioning is a growth industry

 The Vindeby Offshore Wind Farm, built in 1991, was the world’s first offshore wind farm. It also became the first to be decommissioned in 2017 when it became economically unviable.

The sustainability of offshore wind as a major renewable energy source is dependent on continual technological innovation. New wind turbines have a greater capacity to generate electricity but require larger blades and taller towers. As new wind farms are built so the older ones, such as Vindeby, will be decommissioned.

In total, the offshore decomissioning market – covering both older windfarms and the oil sector–is expected to grow to 9.5 billion USD by 2027, according to one report.

BIMCO has developed the DISMANTLECON offshore structure dismantling contract to meet the demand for a flexible and scalable marine services contract for decommissioning that can used for all or part of a decommissioning project in the renewables and oil and gas sectors.

Sea traffic management schemes

Major ports around the world are looking closely at ways of reducing their carbon footprint by managing the arrival times of ships to minimise time spent in the port area. They use techniques such as cold ironing – providing ships with a shore electricity supply when alongside to reduce emissions from on-board generators – and sea-traffic management schemes to regulate the speed of a ship so it arrives in port at a specific time to avoid waiting.

Such schemes rely on the key stakeholders in a shipping operation – owners, charterers, shippers, receivers, port authorities, agents, pilots, and terminals – working in harmony by sharing information to optimise a ship’s visit to a port.

At the charter party level, it is essential owners and charterers agree the conditions governing the adjustment of a ship’s speed and allocate responsibility for any costs that result from additional time used if the ship reduces speed. BIMCO has several clauses dealing with reductions in speed, and so-called “virtual arrival” that can form part of a strategic plan to reduce emissions for environmental purposes (BIMCO is also working on digital standards to facilitate communication between the ship and shore-side).

We foresee increasing pressure from large charterers, driven by the environmental concerns of investors and shareholders, for owners to agree clauses that oblige them to comply with corporate carbon reduction policies. BIMCO will work with stakeholders to ensure clauses are developed that do not place onerous or impractical obligations on shipowners.

Future trends in the shipping industry are likely to be dominated by the climate-change agenda and driven by big business. BIMCO is an agile organisation that will continue its work developing timely contractual solutions to assist the industry adapt to a low-carbon economy and supporting the services used to build essential infrastructure.

 

Photo credit and source: BIMCO – Reflections 2020
Published: 15 January, 2020

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Bunker Fuel

Huanghua Port expands bunkering capabilities with dedicated fuel oil terminal

Previously, bunkering vessels serving Huanghua Port were required to replenish marine fuel oil at other ports, including Tianjin, before returning to carry out bunkering operations, often resulting in delays.

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Huanghua Port has strengthened its marine fuel supply infrastructure with the commissioning of its first dedicated, all-weather bunker terminal, a move aimed at improving vessel turnaround times and supporting growing shipping activity at the port, according to China-based news outlets on Thursday (11 June). 

On 9 June, bunker tanker Heng Feng You 165 completed fuel loading operations at the terminal in the Huanghua Port Comprehensive Port Area before proceeding to an anchorage to provide bunkering services to waiting cargo vessels.

According to local authorities, the new facility addresses a longstanding bottleneck in the port’s marine fuel supply chain. 

Yao Meichen, Deputy Director of the Cangzhou Municipal Ocean and Port Administration Bureau said bunkering vessels serving Huanghua Port were required to replenish marine fuel oil at other ports previously, including Tianjin, before returning to carry out bunkering operations, often resulting in delays for vessels awaiting bunkers.

As cargo throughput and vessel traffic have increased in recent years, the absence of a specialised bunker terminal became a constraint on port efficiency. To address the issue, local authorities invested RMB 266 million (USD 39 million) to develop Huanghua Port’s first dedicated marine fuel oil terminal and actively pursued regulatory approvals for both a domestic transfer export bonded warehouse and a liquid bonded storage facility.

The terminal, which entered service at the end of last year, features a dedicated 5,000-dwt berth and storage tanks with a combined capacity of 66,000 cubic metres. It has a designed annual throughput capacity of 820,000 tonnes and primarily handles marine gasoil as well as 120 CST and 180 CST fuel oils.

Authorities said the facility has been operating smoothly since its launch and is capable of ensuring a stable supply of bunker fuel for vessels calling at the port.

The bunkering infrastructure will be further enhanced following approval from Shijiazhuang Customs for the establishment of both the domestic transfer export bonded warehouse and liquid bonded storage facilities. The additions are expected to strengthen Huanghua Port’s ability to provide bunkering services to international-going vessels.

“The commissioning of the marine fuel oil terminal has completely changed the previous situation of off-site fuel supply and ships queuing for fuel, achieving benefits for both bunkering vessels and cargo ships,” said Dong Xianke, General Manager of Cangzhou Bohai New Area Gangkun Marine Fuel Co., Ltd., the terminal’s operator.

 

Photo credit: David Yu from Pixabay
Published: 16 June, 2026

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Methanol

China: Chimbusco takes delivery of new methanol bunkering vessel in Zhoushan

Company says commissioning of “Zhong Ran LV Neng 85” will further enhance its service capabilities in green methanol bunkering in major domestic ports.

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Chimbusco takes delivery of new methanol bunkering vessel in Zhoushan

China Marine Bunker (PetroChina) (Chimbusco) recently took delivery of its first bunkering vessel in China to deliver methanol to dual-fuel ships.

The 8,500-dwt duplex stainless steel chemical tanker Zhong Ran LV Neng 85 was successfully delivered in Zhoushan.

The company said the commissioning of this new ship will further enhance Chimbusco’s service capabilities in green methanol bunkering in major domestic ports and expand its national marine new energy service and support network

During the delivery period, Chimbusco said it focused on safe operations and conducted special training for all crew members of the vessel.

The training covered methanol bunkering operation specifications, prevention of collisions between commercial and fishing vessels, daily vessel reporting, and voyage report filling standards.

Manifold Times previously reported the launching of the bunkering vessel at Taizhou Fangzhen Shipbuilding Wharf in Zhejiang.

The floating out of the ship comes after Chimbusco has obtained methanol bunkering licences for Shanghai Port and Ningbo Port.

Related: Chimbusco launches new methanol bunkering vessel in Zhejiang

 

Photo credit: China Marine Bunker (PetroChina) (Chimbusco)
Published: 16 June, 2026

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LNG Bunkering

CCEC and CMA CGM form joint venture to build and operate LNG bunkering vessel

Each party will hold a 50% ownership stake in the joint venture, which has been established for the purpose of constructing, chartering, and operating one 20,000 cbm dual-fuel LNG bunkering vessel.

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Capital Clean Energy Carriers Corp. (CCEC), an international owner of ocean-going gas vessels, on Friday (12 June) announced the formation of a joint venture company with CMA CGM. 

Each party will hold a 50% ownership stake in the joint venture, which has been established for the purpose of constructing, chartering, and operating one 20,000 cbm dual-fuel LNG bunkering vessel. 

The joint venture marks CCEC’s entry into the LNG bunkering segment, the company’s first vessel dedicated to marine fuel supply.

In connection with this transaction, the joint venture has entered into a shipbuilding contract with Nantong CIMC Sinopacific Offshore & Engineering (CIMC SOE) for the construction of the vessel at a contract price of USD 82.8 million, with delivery expected in the third quarter of 2028.

Incorporating the latest technologies, the vessel is designed to enable safe and reliable LNG transfers across a wide range of operating conditions. Advanced emissions reduction systems, combined with highly efficient dual-fuel power generation, are designed to help the vessel meet applicable environmental standards of the global shipping industry.

In addition, the joint venture is expected to enter into a 12-year time charter with a joint venture company formed between CMA CGM and TotalEnergies, commencing upon delivery of the vessel from the shipyard.

Jerry Kalogiratos, CEO of Capital Clean Energy Carriers, commented: “This joint venture marks CCEC’s entry into LNG bunkering — a natural extension of our gas platform from carriage into marine fuel supply. 

“Working alongside counterparties of the calibre of CMA CGM and TotalEnergies, we can help build the infrastructure that allows LNG to deliver a cleaner emissions profile, alongside security and diversity of supply, while opening a new, long-term contracted revenue stream for the Company through the Joint Venture.”

Christine Cabau, Executive Vice President Operations and Assets of CMA CGM, said: “Together with Capital Clean Energy Carriers and TotalEnergies, we are committed to building a reliable and high-performance LNG bunkering supply chain, which is essential to ensuring the availability and reliability of fuels such as LNG that represent the first step in the decarbonization of our industry.”

 

Photo credit: Scott Graham
Published: 16 June, 2026

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