- Perpetual Next has agreed licensing and engineering arrangements with Air Liquide for its first biomethanol facility, with an option covering further plants.
- The planned Delfzijl development would produce 220,000 tonnes annually and serve as the first application of a standardised plant design.
- The agreement advances engineering, while financing, feedstock arrangements and reliable customer demand remain essential to delivery.
Perpetual Next has signed a licensing and engineering agreement with Air Liquide to support its planned biomethanol plant at Delfzijl in the Netherlands, advancing a strategy to replicate the production process across additional facilities.
The agreement covers technology for the first plant and includes an option for further projects. It brings together Air Liquide’s Rectisol gas-cleaning process and Lurgi methanol technology within Perpetual Next’s proposed production system.
The Delfzijl facility is planned to produce 220,000 tonnes of biomethanol annually. Perpetual Next’s approach combines the preparation and gasification of low-grade organic feedstocks, including waste wood, with gas cleaning and methanol synthesis.
“Delfzijl will be the first application of the concept,” said Perpetual Next managing director Rolf Bosma in the Tuesday announcement.
The licensing deal follows other steps towards development. In September, Perpetual Next appointed Bilfinger as owner’s engineer for its Delfzijl projects, supporting further work towards a final investment decision.
Separately, Lhyfe announced on 5 October that the companies would explore supplying up to 12,000 tonnes of renewable hydrogen annually to the biomethanol facility. That potential supply would come from Lhyfe’s planned 120MW DelfzHyl development and remains subject to further technical and commercial evaluation.
Standardisation requires reliability
For developers of alternative fuels, repeatable engineering offers a potentially valuable route to lower development costs. Reusing a design can reduce the work required for subsequent facilities and give equipment suppliers a clearer basis for pricing and delivery.
However, the first installation must establish that the integrated process performs reliably. Individually established technologies do not automatically guarantee that a new combination will achieve its intended output, operating costs or availability.
Feedstock is another constraint on replication. Waste materials vary in composition, moisture and contamination, affecting how they must be prepared and processed. A standard plant design therefore needs a sufficiently consistent supply specification, rather than simply access to a large volume of material.
The prospective hydrogen supply illustrates the same commercial discipline. Adding renewable hydrogen could increase the amount of biogenic carbon converted into methanol, but its value depends partly on price and availability. Lhyfe’s announcement describes an exploration agreement, leaving those questions open.
Logistics are also being developed. Earlier this year, Perpetual Next selected JPB Logistics as a preferred storage partner under a memorandum of understanding, with definitive arrangements dependent on further agreements and project delivery. Storage and transport will need to match the plant’s production schedule and customers’ purchasing patterns.
Buyers need dependable delivery volumes, specifications and credible emissions accounting. Using biogenic feedstock does not eliminate emissions when the fuel is consumed, making the full production chain important to its environmental assessment.
The Air Liquide agreement gives the project a more defined engineering basis. Its wider significance will depend on whether Perpetual Next can turn that basis into a financed facility, demonstrate consistent operation and secure customers on terms that support subsequent plants.
