Expertise
Delayed coking technology for zero-fuel oil production
Join us at Europe's leading technical conference for the refining industry. Meet our experts to discuss safety, optimisation and innovation in refining technology.
Sustainable pathways for delayed coking
Wood’s selective-yield delayed coking technology (SYDECSM) is the leading method for residue upgrading for zero-fuel oil production. It provides refiners with the flexibility to utilise a variety of residues in their cokers to reduce waste and support energy transition objectives.
SYDECSM circular plastic waste
Enable recovery of valuable material, offsetting crude import and reducing the impact of plastic waste on the environment.
Wood has developed technology to process waste plastics in existing and new coker units, only requiring minor revamp modification with low CAPEX and short payback, ready for commercialisation.
SYDECSMVolt anode and needle coke
Fuel grade coker units can be revamped to produce high value Anode and Needle coke.
Solvent deasphalting
Achieve high-efficiency separation and operating reliability by debottleneck existing residue conversion units.
Sulphur recovery
High-efficiency overall sulfur recovery capability up to 99.99% meeting the most restrictive emissions standards and groundlevel SO2 concentration limits.
VESTA methanation technology
Our catalytic methanation technology for green natural gas production provides an efficient, robust and proven system that can be adapted to any source of syngas, including the CO2-rich gases typical for biogas upgrading and power-to-gas applications based on green hydrogen utilising CO2 feedstock from industry or direct air capture.
