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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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Business

IBT Bunkering & Trading appoints Kevin Döhmen to lead Singapore expansion

Döhmen will lead the new Singapore office, with responsibility for managing and developing the operation and strengthening relationships with customers and partners.

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IBT Bunkering & Trading appoints Kevin Döhmen to lead Singapore expansion

Hamburg-based marine fuels firm IBT Bunkering & Trading on Wednesday (12 August) said it has appointed Kevin Döhmen as Executive Vice President to lead the company’s new Singapore office. 

Manifold Times previously reported the company announcing that it is opening its doors in Singapore and will be running a trading desk in the city-state after trading bunkers out of Hamburg since 1976.

The company said Kevin Döhmen will lead the new Singapore office, with theresponsibility for managing and developing the operation and strengthening relationships with customers and partners.

IBT said the Singapore office represents an important first step in strengthening its presence in Asia.

“At the same time, we are actively exploring further opportunities to expand our activities and establish new partnerships in this key maritime hub,” the company said. 

Döhmen said: “Singapore is the heartbeat of global bunkering. Bringing IBT’s Hamburg roots — 50 years of them — onto the ground in this hub is a real privilege, and I couldn’t be more ready for it.”

IBT said it will maintain the service approach established through its Hamburg operations while building its activities in Singapore.

The company described the move as bringing together its Hamburg roots and Singapore presence through a global bunker network. 

Related: German firm IBT Bunkering & Trading establishes Singapore presence, adds second trading desk

 

Photo credit: IBT Bunkering & Trading
Published: 13 August, 2026

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Bunker Alerts

Low flashpoint found in Indonesia bunker fuels, alerts Maritec-Naias

Firm tested eight bunker samples representing LSMDO and B40 fuel grade from vessels that took fuel oil /bunkered in Indonesia ports, which indicated flashpoints as low as 39.5°C.

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RESIZED Shaah Shahidh on Unsplash

Bunker fuel testing and marine surveying business Maritec-Naias on Wednesday (12 August) issued an alert regarding bunker samples from vessels that took fuel oil/bunkered in Indonesia showing flashpoints as low as 39.5°C:

During the period of 21 July to 04 August 2026, Maritec-Naias tested eight bunker samples representing Low Sulfur Marine Distillate Oil (LSMDO) and B40 fuel grade from vessels that took fuel oil /bunkered in Indonesia ports, which indicated Flashpoints as low as 39.5°C.

All eight fuel samples tested were sourced from a single supplier.

Regulatory Implications:

Based on the results of the eight samples tested, the fuels do not comply with the minimum flashpoint requirement of 60 °C set by SOLAS and ISO 8217.

As per SOLAS requirements, the minimum flashpoint of any fuel carried in the tanks of a ship should be not less than 60 °C (with exception of fuel for lifeboats, which can be grade DMX with a flash point min of 43 °C).

ISO 4259 interpretation for tested flashpoint temperature is not taken into consideration here as the safety of onboard crew and vessel is of higher precedence.

Since 01 May 2024, it has been a MARPOL Annex VI requirement that the Bunker Delivery Note (BDN) includes either the actual flashpoint of a fuel as supplied or a declaration that its flashpoint has been determined as being at or above 70°C.

From 1 January 2026, SOLAS amendments clarified that the flashpoint requirement applies to fuels, which were specifically intended to have a flashpoint not less than 60°C as required under SOLAS II‑2/2.1.1 These amendments now align with MARPOL by requiring flashpoint details to be recorded on the BDN. Additionally, prior to bunkering, suppliers must provide the ship’s representative with a signed declaration confirming that the fuel meets the SOLAS flashpoint standard.

MARITEC-NAIAS RECOMMENDATIONS

When ordering fuels from Indonesia it is advised to insist on getting the actual flash point values from the supplier. If your vessel has bunkered a low flashpoint fuel it is prudent to observe/implement the precautions below:

  • Flame screens on tank vents should be maintained in good condition and there should be no sources of ignition in the vicinity of the vents. This will assist in safe natural ventilation of volatile components in the fuel.
  • No Smoking, no naked flame and no hot work must be allowed at any areas near to tank air vents.
  • Send additional tank(s) samples upon arrival in port to check the fuel properties and flash point results especially if there has been co-mingling of fuels in bunker tanks
  • If the vessel is out at sea, it may be possible to obtain dispensation from your Flag State Administration up to the next arrival port.
  • Put the supplier on notice promptly and notify your P&I club.

 

Photo credit: Shaah Shahidh on Unsplash
Published: 13 August, 2026

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Methanol

China: Xiamen issues safety guidelines for methanol bunkering operations

New guidelines establish safety requirements across the full methanol bunkering process, supporting the expansion of green marine fuel supplies at Xiamen Port.

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Xiamen, China

Xiamen Free Trade Zone on Monday (10 August) said its Administrative Committee recently jointly issued the Safety Guidelines for Marine Methanol Fuel Bunkering in Xiamen Waters with Xiamen Port Authority and Xiamen Maritime Safety Administration, establishing a framework for methanol bunkering operations in the port.

The guidelines are the first safety operating standard in Fujian province specifically covering marine methanol fuel bunkering. They apply to methanol bunkering operations conducted by bunker vessels in Xiamen waters and set out safety requirements covering the entire operation, from preparation through completion.

The guidelines specify requirements for bunkering companies, equipment and materials used on bunker vessels, hose inspection intervals, personnel certification and personal protective equipment.

They also require operators to conduct dedicated risk assessments and prepare emergency response plans before operations begin. During bunkering, operators must maintain continuous monitoring and comply with specified weather restrictions. After completion, pipelines must undergo procedures including purging and inerting.

Xiamen Port has previously carried out ship-to-ship bunkering of biofuels and LNG. The new guidelines provide a regulatory framework and operational basis for methanol bunkering and are intended to support the safe and orderly conduct of such operations.

The move is also expected to help Xiamen Port expand its market and bunkering capacity for green marine fuels. 

 

Photo credit: Woo Winter on Unsplash
Published: 13 August, 2026

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