Our Services

Tailored solutions bridging biology and data for circular economy impact.

Feasibility

Assess technical and financial viability with carbon finance integration.

Detailed mechanistic model diagrams illustrating anaerobic digestion processes on a computer screen.
Detailed mechanistic model diagrams illustrating anaerobic digestion processes on a computer screen.
Modelling

Predict and optimise bio processes with ADM1 and hydraulic design.

Upgrade biogas and biosolids to maximise energy and reuse potential.

Recovery

Services in more detail

Bio Process Modelling

Understanding what happens inside an anaerobic digester — and predicting how it will respond to changes — requires sophisticated mathematical modeling. We specialize in the Anaerobic Digestion Model No. 1 (ADM1), the internationally recognized mechanistic model for simulating complex biological conversion processes in anaerobic environments.

Our modeling work helps clients optimize reactor performance, troubleshoot instabilities, evaluate new feedstocks, and design systems with confidence before committing capital.

Resource Recovery

Organic bioresource streams are not just a management challenge — they are a biorefinery waiting to be activated. Carbon, energy, nitrogen, and phosphorus are all present and recoverable. We provide expert consulting across the full bioresource recovery spectrum: from closing the carbon cycle and recovering nutrients, to upgrading biogas into high-value products like biomethane and food-grade CO₂ — helping clients operate every treatment system as a true biorefinery.

Biogas Upgrading
Raw biogas from anaerobic digestion is a mixture primarily of methane (CH₄) and carbon dioxide (CO₂). Rather than simply flaring or combusting it, we help clients unlock its full value through upgrading technologies

Feasiblity Study

Before investing in a new system or scaling an existing one, you need to know it will work — technically and economically. We conduct rigorous feasibility studies for bioresource treatment and recovery, anaerobic digestion, biogas production, and resource recovery projects, giving decision-makers a clear, evidence-based path forward.

Our feasibility work integrates technical performance analysis, mass and energy balancing, site-specific constraints, and economic evaluation to produce actionable recommendations.