A collaboration between
A collaboration between
Total Pilot Capacity
CH4, CO2, O2, H2S
Integrated Digestate Dewatering and Valorisation
This facility supports applied research, demonstration and industry collaboration in anaerobic digestion, bioenergy, digestate-to-fertiliser pathways, and other digestion valorisation technologies. It provides a practical platform for testing how feedstocks, including red meat industry residues, agricultural wastes and other organic feedstocks, can be converted into renewable biogas, biofertilisers, and other valuable products.
This project demonstrates how organic residues can be transformed into higher-value products through anaerobic digestion and bioresource recovery.
This project demonstrates how organic residues can be transformed into higher-value products through anaerobic digestion and bioresource recovery.
Organic residues from food, meat, and agriculture offer massive opportunities for renewable energy, nutrient recycling, and emission reductions. However, scaling these waste-to-value solutions requires practical data, clear use cases, and demonstration infrastructure. This state-of-the-art pilot anaerobic digestion facility bridges that gap. By testing feedstocks and converting digestate into commercial biofertilisers, it will provide critical operational data while connecting industry, researchers, and regulators to accelerate adoption.
The long-term aim of the facility is to help develop commercially viable pathways for converting organic residues into renewable energy, recycled nutrients and useful products for agriculture and industry.
The facility includes pilot-scale anaerobic digestion infrastructure designed to receive and process selected organic feedstocks under controlled operating conditions.
Feedstock preparation and handling area
Pilot anaerobic digestion system for testing organic waste conversion
Equipment for digestate handling, dewatering and downstream valorisation trials.
Capacity to test different feedstock blends and operating conditions in parallel.
On-site analysis of process performance, methane potential, nutrients and digestate quality.
Built for partnership with universities, industry, and government.
Project Partner
Company Director
General Manager
Chemical / Process Engineer
Energy Lead
Chemical Engineer
Resource Recovery
Process Engineer
Process Engineer
Project Partner
Company Director
General Manager
Chemical / Process Engineer
Energy Lead
Chemical engineer
Recovery Specialist
Process Engineer
Process Engineer
Visits are suitable for industry partners, researchers, government representatives, regulators, students, potential project collaborators and organisations interested in organic waste recovery, renewable gas, digestate use or circular bioeconomy opportunities. All visits must be confirmed in advance. Walk-in visits are not available.
Before booking a site visit, please note:
