Innovative by Design turnkey by delivery
WCP combines proven technologies into integrated, project-specific systems for the production of lower-carbon-intensity marine fuels from waste.
Proven building blocks. Innovative integration.
WCP is technology agnostic. We do not force projects into a single proprietary process or a fixed technology stack. Instead, we evaluate the feedstock, target fuel, location, scale, infrastructure and commercial requirements of each opportunity before selecting the most appropriate proven technologies.
The innovation lies in how these technologies are combined, integrated and configured into a complete production solution. This allows each project to be designed around the real operating environment rather than around the limitations of one technology provider.
The result is a practical route from waste feedstock to lower-carbon-intensity fuel, supported by engineering, infrastructure, supply-chain and financing partners selected for the needs of the project.
Engineered for performance, adoption and long-term relevance
WCP evaluates technology through the lens of the complete project. Technical performance matters, but so do cost, operability, feedstock flexibility, scalability and customer adoption.
Built on proven technologies
WCP selects process technologies with a credible operating basis and combines them in ways that suit the feedstock, product specification and project scale.
Innovation through integration
The value is created by selecting, configuring and integrating the right technologies into a more effective total solution for the specific project.
Designed around project economics
Technology choices are assessed alongside capital cost, operating cost, feedstock economics, delivered fuel price and financeability.
Focused on real-world adoption
WCP prioritises fuel pathways that can integrate with existing marine operations and avoid unnecessary changes to vessels, storage and distribution.
From feedstock opportunity to operating fuel production
WCP's role extends beyond technology selection. We bring together the elements required to turn a viable concept into a complete, deliverable project.
Feedstock
Secure suitable waste-derived inputs with the required quality, availability and long-term supply profile.
Process Design
Select and integrate the most appropriate proven technologies for conversion into the target fuel.
Engineering
Develop the plant, utilities, infrastructure, storage, logistics and operating requirements around the process.
Commercial Structure
Align project economics, partners, financing, feedstock supply and fuel offtake.
Delivery
Take the project through validation, construction, commissioning and the route into operation.
Lower-carbon marine fuel without replacing the fleet
One of WCP's core technology priorities is the production of marine fuels that can be used within existing diesel engines, vessels and fuel infrastructure.
This is important because a large part of the maritime market needs a route to lower carbon intensity that does not depend on immediate fleet replacement, dual-fuel conversion or major changes to bunkering and storage.
Technology that works with existing operations
Where the selected fuel pathway allows, WCP aims to reduce the practical barriers that often slow the adoption of alternative fuels.
Configured around the opportunity
Each project starts with the commercial and operating requirement, then works backwards to the most appropriate technical solution.
1. Understand the input
Assess the waste feedstock, composition, availability, location, logistics and long-term supply characteristics.
2. Define the required output
Establish the target fuel specification, performance, carbon-intensity objective, scale and customer operating requirements.
3. Build the right process
Select and integrate the proven technologies, engineering and infrastructure that best connect the available feedstock with the required product.
Not locked into a single process
WCP's technology-agnostic model creates flexibility as feedstocks, regulation, economics and available technologies evolve.
Feedstock flexibility
Different waste streams can require different preparation, conversion and process configurations.
Technology evolution
New or improved process technologies can be assessed as they become commercially proven and relevant.
Project scale
Solutions can be structured around the scale supported by feedstock availability, location, infrastructure and fuel demand.
Commercial route
Technology and plant design can be aligned with the preferred ownership, licensing, development or offtake model.
Technology choices must stand up to scrutiny
Before a project moves forward, WCP assesses whether the proposed technology configuration can support the required product quality, carbon performance, operating reliability, project economics and route to finance.
Discuss a Technology Opportunity
Talk to WCP about a waste feedstock, marine-fuel requirement, technology pathway, project location or potential development partnership.