Alternative Fuels

Quadrise Fuels unveils sustainable alternative to heavy fuel oil with 20% lower emissions

BioMSAR® offers similar CO2 emissions reductions as using LNG while using existing low-cost HFO infrastructure, and does not contain methane, it said.

Published

6 years ago

December 16, 2020

Admin

Emulsion bunker producer Quadrise Fuels International plc (QFI) on Tuesday (15 December) launched a new sustainable fuel product “bioMSAR®”- a synthetic alternative to heavy fuel oil (HFO).

The product is an outcome of the company’s successful research, development and innovation activities carried out throughout 2020.

Quadrise shared the following bioMSAR® fuel highlights:

bioMSAR® is a synthetic alternative to HFO with significantly reduced greenhouse gas emissions.
bioMSAR® utilises MSAR® technology to combine renewable glycerol with water and refinery residues to produce an oil-in-water emulsified synthetic HFO.
The primary benefits of bioMSAR® over HFO are lower emissions, including 20-30% less carbon dioxide (CO2), lower NOx and lower particulates.
Glycerol is a benign chemical that’s colourless, odourless, water soluble, non-volatile and bio-degradable.
As a fuel, glycerol has excellent lubricity, it burns almost pollutant-free and is virtually carbon neutral.
bioMSAR® offers similar CO2 emissions reductions as using LNG in place of HFO. LNG however requires expensive cryogenic storage and liquefaction systems, with the potential risk of methane slip during use that materially impacts potential greenhouse gas reductions. bioMSAR® fuel utilises existing low-cost HFO infrastructure and systems, and does not contain methane.
Production of bioMSAR® utilises the same proven MSAR® technology that produces oil-in-water emulsion fuel oil to reduce energy costs for consumers and improve refinery profitability and yields.
bioMSAR® is fully compatible and interchangeable with conventional MSAR® fuel.
A new patent has been filed in the UK jointly with Quadrise’s intellectual property partner Nouryon Surface Chemistry AB.

Having completed successful laboratory and pilot-scale testing of bioMSAR® Quadrise said it is now working with industry partners to test bioMSAR® in both diesel engine and combustion applications.

Whilst remaining subject to subsequent larger scale studies, the company considers that bioMSAR® has the ability to fundamentally enhance the environmental and sustainability credentials of MSAR® and, in time, to increase the market opportunity for Quadrise.

“The development and launch of bioMSAR® is a real success story for the company. Having planned a roadmap for a sustainable fuel product earlier in the year, the innovative Quadrise team has made outstanding progress in bringing our glycerol-based biofuel from concept to market in such a short time, including the filing of a new joint patent application with Nouryon,” said Jason Miles, Chief Executive Officer.

“Our original target for bioMSAR® was a 10-20% reduction in CO2 compared with heavy fuel oil, however 20-30% has been achieved already which compares favourably with LNG, albeit at a much lower cost for conversion.

The inherent stability of our water-based fuel technology lends itself well to future biofuel applications to provide a simple and sustainable pathway to decarbonisation.”

Photo credit: Quadrise Fuels International
Published: 16 December, 2020

Alternative Fuels

DNV on IMO CCC 12: Revised guidelines for methanol as marine fuel

CCC 12 finalized the revision of the interim guidelines for use of methyl/ethyl alcohol as fuel while work continued on guidelines for low-flashpoint oil fuels and onboard carbon capture and storage systems.

Published

17 minutes ago

September 22, 2026

Admin

Classification society DNV on Monday (21 September) highlighted progress made on several regulatory and technical matters at the 12th session of the IMO Sub-Committee on Carriage of Cargoes and Containers (CCC 12), held from 14 to 18 September.

This includes alternative fuels, cargo securing, onboard carbon capture systems, and battery carriage:

Amendments to the IGF Code and development of guidelines for alternative fuels and related technologies

Methyl/ethyl alcohols

CCC 12 finalized the revision of the Interim Guidelines for the Safety of Ships Using Methyl/Ethyl Alcohol as Fuel (MSC.1/Circ.1621). The amendments revise all sections of the existing guidelines, taking into account experience gained to date.

The revised guidelines:

provide more flexibility in fuel tank placement and leakage-handling arrangements;
introduce a new concept for ventilation of fuel spaces;
expand guidance on the design of bunkering stations and fire extinguishing; and
add new guidance on bunkering operations and personal protective equipment.

Low-flashpoint oil fuels

CCC 12 continued work on the interim guidelines for ships using low-flashpoint oil fuels (fuel with a flashpoint between 52°C and 60°C). It was agreed not to develop detailed provisions for the “temperature-controlled engine room concept” but focus on a safety concept more aligned with the existing guidelines under the IGF code, however with major simplifications of the safety barriers. Work on the interim guidelines will continue in a Correspondence Group aiming for finalization at CCC 13 in 2027.

Fuel cell power installations and IGF Code amendments

The revision of the Interim Guidelines for the Safety of Ships Using Fuel Cell Power Installations (MSC.1/Circ.1647), and other proposals for amendments to the IGF Code were not discussed in detail, but work will continue in a Correspondence Group reporting to CCC 13 in 2027.

Development of a safety regulatory framework to support the reduction of GHG emissions from ships using new technologies and alternative fuels

Onboard carbon capture and storage (OCCS)

CCC 12 started the discussion to develop guidelines for the safety of ships fitted with OCCS. The guidelines should contain a technology-neutral main body for common ship-level requirements, while technology-specific safety requirements will be placed in individual annexes. Work on the guidelines will continue in a Correspondence Group reporting to CCC 13 in 2027. The guidelines are expected to be finalized in 2028.

Note: The full technical and regulatory news by DNV can be found here.

Photo credit: Chris Pagan on Unsplash
Published: 22 September, 2026

Biofuel

ENGINE on Biofuel Bunker Snapshot: B30-VLSFO prices drop across global hubs

B100 price surges in Rotterdam this week; Gibraltar’s B30-VLSFO price drops sharply; Singapore’s bio-blended bunker volumes rose sharply.

Published

21 minutes ago

September 22, 2026

Admin

ENGINE on Biofuel Bunker Snapshot: B30-VLSFO prices drop across global hubs

Once a week, bunker intelligence platform ENGINE will publish a snapshot of biofuel bunker prices in Europe, Fujairah and Singapore. The following is the latest snapshot:

B100 price surges in Rotterdam this week
Gibraltar’s B30-VLSFO price drops sharply
Singapore’s bio-blended bunker volumes rose sharply

Europe

Rotterdam’s B30-VLSFO (POMEME) price has dropped $17/mt in the past week, most probably pressured by a $24/mt drop in the Dutch port’s conventional VLSFO price during the same period.

Rotterdam’s B30-LSMGO (POMEME) price has gained by $17/mt to $1,476/mt, which has been similar to a $19/mt gain in the port’s conventional LSMGO price.

B100 has been priced at $1,418/mt in Rotterdam today, a sharp $209/mt increase compared to last week.

Prima Markets’ POMEME barge price, which is an indicator of feedstock sourcing costs, has gone up by $35/mt to $2,059/mt.

Dutch suppliers can generate ZRE A tickets for selling low carbon fuels, which can be traded with other suppliers. The price of these tickets has dropped from €200/mtCO2e ($230/mtCO2e) last Friday to €190/mtCO2e ($218/mtCO2e) on Thursday this week.

Gibraltar’s B30-VLSFO (UCOME) price has slumped $166/mt lower in the past week. The port’s conventional VLSFO price has remained largely unchanged during this period.

This has cut the port’s B30-VLSFO price premium over conventional VLSFO by $172/mt in a single week to $250/mt.

Lisbon’s B30-VLSFO price has dropped $107/mt during the week. It has flipped to a modest $9/mt premium over Gibraltar’s B30-VLSFO price, coming from a $50/mt discount last Friday.

Lisbon’s B30-LSMGO price has slumped $115/mt to $1,600/mt, while the B100 price in the Portuguese port has plunged $215/mt lower to $1,665/mt.

Asia

Singapore’s B30-VLSFO (UCOME) price has dropped $56/mt since last Friday, while the port’s conventional VLSFO price has gained only $5/mt over the same period.

This has narrowed the port’s B30-VLSFO price premium by $61/mt in a single week.

Data this week showed Singapore’s bio-blended bunker sales rose by 48% in August to 57,000 mt, which was the highest monthly volume since April.

B30-VLSFO is priced at $1,015/mt in Hong Kong, which is a $35/mt price discount to Singapore.

Hong Kong’s B30-VLSFO price is at a $109/mt premium over its conventional VLSFO price.

By Nachiket Tekawade

Photo credit and source: ENGINE
Published: 22 September, 2026

Biofuel

Petrochina International blends over 30,000 mt of marine biofuel since March

Company has been developing marine biofuel blending operations at China (Zhejiang) Pilot Free Trade Zone, leveraging storage and logistics facilities at its Aoshan base.

Published

1 day ago

September 21, 2026

Admin

Zhoushan completes China’s first batch of marine biofuel blending under pilot programme

Petrochina International Co Ltd recently said it has blended more than 30,000 metric tonnes (mt) mt of biofuel since completing the country’s first biofuel marine fuel blending operation on 13 March.

The company said the milestone demonstrates its ability to conduct continuous and large-scale biofuel marine fuel blending operations.

The company has been developing marine biofuel blending operations at China (Zhejiang) Pilot Free Trade Zone, leveraging storage and logistics facilities at its Aoshan base.

Its latest product, B24 marine fuel containing 24% biofuel component, meets relevant International Maritime Organization (IMO) requirements and marine fuel standards, according to the company. It said the product can be supplied for bunkering vessels operating on international routes.

It has used its global trading network to secure feedstock supplies and support cost control and supply security for the blending operations, it added.

The company said the large-scale blending of its marine biofuel products marks a development in China’s marine biofuel blending market.

It plans to work with upstream and downstream businesses within its group to support the development of Zhoushan Port as a major bonded marine fuel bunkering hub and contribute to its parent group’s transition towards lower-carbon energy.

Manifold Times previously reported China (Zhejiang) Pilot Free Trade Zone launching the first pilot programme for marine biofuel blending in China with the completion of the first batch of B24-HSFO.

The launch was marked with the blending of 2,000 mt of biodiesel and 6,300 mt of high sulphur fuel oil (HSFO) in storage tank F-02 of Sinochem-Xingzhong Oil Staging (Zhoushan), producing 8,300 mt of B24-HSFO.

Manifold Times also reported the first cross-regional bonded bunkering operation of blended biofuel in East China was successfully completed at the Meishan Port Area of Ningbo-Zhoushan Port.

The B24-HSFO used in the bunkering operation was supplied by the Aoshan Petroleum Base in Zhoushan from the first pilot programme for marine biofuel blending in China.