Distributed energy systems
For smaller industrial, municipal and remote applications where waste volumes are localised and power is needed close to the source.
Plant solutions
Not one plant.
The right plant.
PTE plant architecture is defined by the project, not by a catalogue. Every configuration is assembled from proven process modules around measured feedstock data and the required energy product.
Design drivers
Eight inputs define the plant
01
Feedstock
Composition, calorific value, moisture, ash and contaminants define the process.
02
Throughput
Available and contracted tonnage determines train count and plant architecture.
03
Required output
Power, liquid hydrocarbons or advanced fuel pathways drive downstream scope.
04
Available land
Site footprint and layout constraints shape module arrangement and logistics.
05
Infrastructure
Grid connection, roads, water, effluent and offtake logistics at the site.
06
Energy requirements
On-site demand profile, heat integration and export ambitions.
07
Environmental requirements
Permit conditions, emissions limits and monitoring obligations.
08
Project economics
Capital envelope, gate fees, offtake pricing and funding structure.
Plant categories
Three architectures
Industrial WTE systems
For larger continuous waste streams and industrial energy requirements, where sustained availability and integration with plant operations matter most.
Regional energy & fuels complexes
For major integrated projects combining waste conversion, electricity generation, fuel recovery and advanced fuel processing on one site.
Capacities, yields and performance figures are not published for these categories. Ratings are defined only once PTE commercial models are finalised and confirmed against verified feedstock and project data.
Configurable modules
Build the process around the project.
Select modules to assemble a hypothetical PTE plant. The result is an indicative process train for discussion — not a design, capacity or performance statement.
Front end
Conversion
Power
Liquids & advanced fuels
Utilities & control
Hypothetical configuration
3 modules selected
01Feed preparation
02Pyrolysis
03Gas cleaning
Illustrative only — not a design, capacity or performance output. Actual configuration follows measured feedstock data and project requirements.
Delivery
Engineered, fabricated
and integrated.
Plant modules are engineered and manufactured with our sister company Technotherm, then integrated on site as a single process. Output products always depend on feedstock, plant configuration and downstream upgrading.