Key Points
- UK waste-to-gas technology developer Equisera is working with global maritime services group VertomCory to explore the development of a domestic bio-methanol supply chain for the shipping industry.
- The proposed initiative aims to produce low-carbon marine fuel in Britain using UK-sourced biogenic waste, potentially reducing the shipping sector’s reliance on conventional fossil-based marine fuels.
- The companies are initially focusing on UK coastal and short-sea shipping routes, which offer regular operating schedules and a manageable number of port calls.
- Equisera will contribute its patented Rising Pressure Reformer (RiPR) technology, which uses supercritical water reforming to convert wet biogenic waste into hydrogen, biomethane, captured carbon dioxide and biochar.
- These gases could subsequently be processed through established industrial processes to produce bio-methanol suitable for marine vessels.
- VertomCory will contribute its maritime, logistics, bunker fuel and customer expertise to help assess the potential development of a reliable domestic marine fuel supply chain.
- VertomCory Group CEO Peter Wilson described the collaboration as an opportunity to turn maritime decarbonisation ambitions into practical and commercially scalable action.
- Equisera CEO James Milner highlighted the potential of Britain’s biogenic waste resources to support a secure, home-grown supply of lower-carbon marine fuel.
- The companies believe the proposed supply chain could strengthen British energy security, support domestic engineering and manufacturing, and contribute to the development of greener shipping corridors.
- The next stage involves demonstrating the integrated technology at scale and assessing its reliability, production costs and lifecycle emissions.
- The collaboration comes amid growing pressure on shipping operators to reduce emissions, including the application of the UK Emissions Trading Scheme to voyages between UK ports from July 2026.
- The initiative remains at the exploration and development stage; the announcement does not confirm a production facility, commercial output capacity, investment commitment or operational fuel supply.
What Have Equisera and VertomCory Announced About UK Bio-Methanol Production?
UK waste-to-gas technology developer Equisera has announced a collaboration with global maritime services group VertomCory to explore the development of a domestic bio-methanol supply chain for the shipping industry, with both companies examining how biogenic waste generated in Britain could be converted into lower-carbon marine fuel. Announced on 2 November 2026, the initiative is initially focused on coastal and short-sea shipping routes, where regular vessel schedules and a manageable number of port calls could provide suitable conditions for demonstrating alternative fuel supply arrangements. The proposed collaboration combines Equisera’s patented Rising Pressure Reformer (RiPR) technology with VertomCory’s maritime, logistics and fuel-supply expertise. The companies believe that producing bio-methanol from UK waste could support maritime decarbonisation, improve domestic energy security and create opportunities for British engineering and manufacturing. However, the project is currently at the exploratory stage, with the next step involving the assessment of the integrated production process, including its reliability, costs and lifecycle emissions.
As reported in Equisera’s company announcement, published on 2 November 2026, the collaboration is intended to investigate a practical route for producing renewable marine fuel within the UK rather than relying entirely on imported or fossil-derived alternatives.
The announcement identifies the development of a domestic supply chain as a central objective. By bringing together waste-conversion technology and established maritime services, the companies aim to examine how locally available resources could contribute to the fuel requirements of vessels operating on British coastal routes.
According to coverage published by Ship & Bunker News Team on 4 November 2026, Equisera and VertomCory are assessing how UK biogenic waste could be converted into bio-methanol for coastal shipping. The report also highlights the importance of combining fuel production capabilities with the maritime expertise required to supply vessels.
Similarly, Nachiket Tekawade of Engine Online, reporting on 4 November 2026, described the initiative as an exploration of bio-methanol production from British biogenic waste, with coastal shipping identified as the initial target market.
The collaboration brings together two organisations with different but complementary capabilities. Equisera is developing the technology required to convert organic waste into useful gases, while VertomCory operates across maritime services, port agency, bunker fuels and logistics.
The proposed arrangement could therefore connect waste processing with the operational requirements of the shipping industry. Nevertheless, the announcement does not confirm that commercial production has started or that vessels have already begun using fuel produced through the proposed system.
Why Are Equisera and VertomCory Exploring Bio-Methanol for Shipping?
The maritime industry faces increasing pressure to reduce greenhouse gas emissions and identify alternative energy sources capable of supporting long-term decarbonisation.
Conventional marine fuels remain widely used across commercial shipping, but their emissions have encouraged vessel operators, fuel suppliers and technology developers to investigate alternatives. Bio-methanol is one option attracting attention because it can be handled as a liquid under normal ambient conditions and is compatible with commercially available dual-fuel engine technology.
According to Equisera’s announcement, methanol offers several practical characteristics that make it relevant to maritime operations. Its liquid form allows it to be handled using established practices, while commercially available dual-fuel engines already provide a technological route for vessels capable of operating on methanol.
The company cited figures from classification society DNV indicating that more than 450 methanol-capable vessels were operating or on order by December 2025. This demonstrates the growing presence of methanol-compatible technology within the shipping industry.
However, the availability of methanol-compatible vessels does not automatically mean that renewable methanol is readily accessible. The environmental benefits depend significantly on how the fuel is produced.
Methanol manufactured from fossil-based feedstocks does not provide the same emissions advantages as renewable alternatives. Bio-methanol produced using sustainable biological resources could offer a lower-carbon pathway, although its actual environmental performance depends on feedstock sourcing, processing methods, energy requirements and lifecycle emissions.
This distinction is central to the Equisera and VertomCory initiative. Their objective is to explore whether waste materials already available in Britain can provide the resources needed to produce renewable marine fuel.
The approach could connect two industrial challenges: managing biogenic waste and reducing emissions from maritime transport.
For the shipping sector, a dependable domestic source of lower-carbon fuel could also help address concerns about fuel availability, supply-chain resilience and dependence on conventional energy sources.
How Could the UK Emissions Trading Scheme Influence the Project?
Regulatory developments are another important consideration behind the collaboration.
Equisera’s announcement states that, since July 2026, voyages between UK ports have been covered by the UK Emissions Trading Scheme (UK ETS). This development adds to the commercial and regulatory pressures facing operators involved in domestic maritime transport.
The emissions trading framework places greater importance on monitoring and addressing greenhouse gas emissions associated with covered activities. For shipping companies, this creates additional reasons to assess fuel efficiency, operational changes and alternative energy sources.
The companies also highlighted developments at the International Maritime Organization (IMO). According to Equisera, IMO member states are expected to return in December 2026 with a decision concerning a global fuel standard and carbon price for shipping.
The outcome of international discussions could influence the future regulatory environment for maritime fuels and the commercial decisions made by shipping operators.
Although the collaboration does not depend on any single regulatory development, the broader direction of maritime policy provides context for its objectives.
For fuel developers, shipowners and maritime service providers, the transition towards lower-carbon operations requires more than the introduction of alternative engines. It also depends on fuel production, storage, transportation, port infrastructure and reliable bunkering arrangements.
This is why the proposed collaborationis relevant to the wider Shipping, Maritime and Ports sector, where operational expertise and infrastructure development will be important in supporting alternative marine fuels.
Why Are Coastal and Short-Sea Shipping Routes the Initial Focus?
Equisera and VertomCory have identified UK coastal and short-sea shipping as the most practical starting point for exploring the proposed bio-methanol supply chain.
These services generally operate according to established schedules and call at a relatively manageable number of ports. Compared with more complex international shipping networks, this operating structure could make it easier to coordinate fuel production, vessel requirements and bunkering infrastructure.
The companies believe these characteristics could support the development of green shipping corridors.
Green shipping corridors are routes where the necessary elements of lower-emission maritime transport are developed together. These can include suitable vessels, alternative fuel availability, port infrastructure and the operational arrangements needed to support regular services.
Rather than developing fuel production independently of vessel operations, this approach considers how the complete supply chain could function.
For example, a coastal shipping route could provide a defined operating environment in which fuel requirements, delivery schedules and port facilities can be assessed together.
This would allow the companies and their potential partners to examine the practical requirements of supplying bio-methanol to vessels operating on regular UK routes.
The initial focus does not mean that the proposed fuel would be restricted permanently to coastal shipping. Instead, it provides a potential starting point for assessing the technology and supply-chain arrangements before considering wider applications.
As reported by Ship & Bunker, the companies consider coastal shipping a practical market for examining how bio-methanol could be supplied to vessels through an integrated fuel network.
The development of such arrangements would require coordination between fuel producers, shipping operators, logistics providers and port-related businesses.
What Role Will Peter Wilson and VertomCory Play in the Collaboration?
VertomCory will contribute its maritime services, logistics and customer expertise to the proposed initiative.
The group operates across several areas of maritime activity, including port agency, vessel husbandry, bunker fuels and project support. Its services cover shipowners and operators working in sectors such as liquefied natural gas (LNG), tankers, offshore operations and renewable energy.
According to Equisera’s announcement, VertomCory has a network spanning more than 75 locations worldwide.
Its involvement is relevant because developing an alternative marine fuel supply chain requires an understanding of how vessels operate, where they obtain fuel and what logistical arrangements are needed to maintain reliable services.
Peter Wilson, Group CEO of VertomCory, described the collaboration as part of the group’s effort to translate maritime decarbonisation ambitions into practical and commercially scalable action.
Wilson said the partnership brings together Equisera’s RiPR technology, which converts waste into gases needed for bio-methanol production, and VertomCory’s maritime, logistics and customer expertise.
He explained that the combined capabilities could help establish a credible UK supply chain for lower-carbon marine fuel.
Wilson also highlighted the potential for the initiative to create a pathway that could be replicated elsewhere, supporting the resilience and sustainability of the maritime sector.
His statement indicates that VertomCory’s contribution extends beyond simply identifying an alternative fuel. The group could help assess the operational and logistical requirements involved in connecting fuel production with vessels and their customers.
The collaboration also builds on the wider capabilities of Cory Brothers, VertomCory’s freight forwarding and logistics arm.
How Does Cory Brothers Support the Proposed UK Fuel Supply Chain?
Cory Brothers forms an important part of the wider VertomCory group through its freight forwarding and logistics operations.
Equisera’s announcement describes Cory Brothers as a supply-chain partner with more than 180 years of experience.
Its services include freight forwarding, customs clearance, warehousing and liner agency operations across international markets.
These capabilities provide a connection between cargo movement, logistics management, and maritime operations.
For a developing marine fuel supply chain, logistics will be an important consideration. Waste materials must be collected and transported, processing operations must be coordinated, and the resulting fuel must be made available where vessels require it.
While the announcement does not specify the exact logistical responsibilities Cory Brothers will undertake within the project, its established activities provide relevant experience across the supply-chain environment.
Together, VertomCory and Cory Brothers have exposure to several parts of the shipping industry, from cargo transportation and port services to vessel operations and fuel supply.
This wider industry presence could help the collaboration assess the commercial and operational requirements of a domestic bio-methanol network.
What Is Equisera’s RiPR Technology and How Does It Convert Waste into Fuel?
Equisera’s principal technological contribution is its patented Rising Pressure Reformer (RiPR) system.
The technology uses a process known as supercritical water reforming (SCWR) to convert wet biogenic waste materials into useful gases.
According to the company, the process can produce hydrogen, biomethane and captured carbon dioxide, alongside biochar.
These outputs are relevant to the proposed bio-methanol production pathway because the gases can be used as inputs for subsequent industrial processing.
The process begins with suitable wet biogenic waste materials. These can be processed through the RiPR system to generate the gases required for the next stage of fuel production.
The resulting hydrogen, biomethane and carbon dioxide can then be passed through established industrial processes to produce bio-methanol of the quality required by vessels.
This means RiPR is not being presented as a complete standalone bio-methanol production facility. Instead, it forms the first stage of a wider waste-to-fuel process that requires additional technologies and specialist partners.
Equisera says it is working with specialist partners to bring these technologies together.
The flexibility of the system across different feedstock types is also important to the company’s approach. The ability to process a range of wet biogenic waste materials could provide greater flexibility in sourcing inputs for future production.
However, the commercial potential will depend on several factors, including the availability and consistency of suitable feedstocks, processing efficiency, production costs and the environmental performance of the complete system.
Equisera’s next objective is to demonstrate how the integrated process performs at scale.
What Did James Milner Say About Producing Marine Fuel from British Waste?
James Milner, CEO of Equisera, emphasised the importance of developing reliable lower-carbon fuels using resources available within the UK.
In his statement published by Equisera, Milner said the shipping industry needs dependable low-carbon fuels and that Britain’s biogenic waste represents a valuable resource.
He explained that the company’s RiPR technology converts this waste into hydrogen, biomethane and carbon dioxide, which are required for the proposed bio-methanol production process.
Milner also highlighted the importance of working with VertomCory because of its understanding of vessel operations and how ships are fuelled.
According to Milner, the partnership creates an opportunity to explore whether these capabilities can be combined to develop a secure domestic fuel supply for UK shipping.
He also connected the proposed development with wider economic objectives, including strengthening energy security and supporting British engineering.
His comments underline the importance of connecting waste-conversion technology with the practical needs of maritime customers.
For Equisera, the collaboration provides an opportunity to examine how its technology could contribute to a specific industrial market. For VertomCory, it offers a potential route to support the development of lower-carbon marine fuel through its existing maritime expertise.
How Could Domestic Bio-Methanol Production Strengthen UK Energy Security?
The development of a domestic bio-methanol supply chain could have implications beyond the environmental objectives of the shipping industry.
One potential benefit identified by the companies is improved energy security through the use of locally sourced biogenic waste.
Marine fuel supply chains depend on the availability of feedstocks, production facilities, transportation arrangements and distribution infrastructure. Dependence on external fuel sources can expose operators to supply disruptions and changing market conditions.
Producing bio-methanol in Britain from British waste could provide another potential source of marine fuel.
Such an approach could also create opportunities for domestic industrial capabilities, particularly in engineering, waste processing, fuel production and logistics.
Equisera and VertomCory have specifically highlighted the potential to support British engineering and manufacturing through the proposed initiative.
However, the scale of any contribution to national energy security would depend on the eventual production capacity, availability of suitable waste materials and the ability to deliver fuel at commercially competitive prices.
The announcement does not provide a projected production volume or estimate how much conventional marine fuel could eventually be replaced.
Consequently, the potential benefits should be understood as objectives that the companies intend to explore rather than confirmed commercial outcomes.
What Are the Next Steps for Equisera and VertomCory?
The next stage of the collaboration will involve demonstrating the performance of the integrated waste-to-fuel system at scale.
Equisera has identified three important areas for assessment: reliability, cost, and lifecycle emissions.
Reliability will be essential because marine fuel supply chains must meet the operational requirements of shipping companies. Fuel production systems need to operate consistently, while distribution arrangements must ensure that vessels can obtain fuel when required.
Production costs will also influence the commercial feasibility of the proposed supply chain. The companies will need to examine whether the process can produce bio-methanol at a cost that supports its adoption within the shipping industry.
Lifecycle emissions will be another significant consideration. Assessing the environmental performance of the complete process will require looking beyond the emissions associated with the final fuel’s use. Feedstock collection, processing, energy consumption and transportation can all influence the overall emissions profile.
The announcement does not confirm a production site, construction schedule, investment amount, planned fuel capacity or commercial supply agreement.
It also does not announce that bio-methanol produced through the proposed process is already being supplied to vessels.
Instead, the collaboration represents an exploratory step towards assessing the technical and commercial requirements of a potential domestic fuel supply chain.
The results of the next stage will help establish whether the proposed process can be developed into a reliable and commercially viable option for UK coastal shipping.
The initiative also illustrates the importance of collaboration between technology developers and established maritime service providers when introducing alternative fuels into an operational industry.
As the shipping sector continues to examine lower-carbon energy options, partnerships connecting waste processing, fuel production, logistics and vessel operations could become increasingly relevant.
The proposed Equisera and VertomCory collaboration therefore places domestic bio-methanol production among the potential pathways being examined to support the future decarbonisation of British maritime transport. Its longer-term significance will depend on the results of technical demonstrations, economic assessments and the development of the infrastructure required to supply vessels.