Solutions › Process Mapping & Pathways
The right treatment scheme is defined by the outcome it must deliver, not by what is familiar or available. We map each reuse and recovery objective: cooling, irrigation, process reuse, brine management, and biosolids, to a scheme built around it: the right process stages, connections confirmed, and performance requirements defined before suppliers are engaged.
Targets, performance criteria, and documentation depth are defined with you, guided by your end-use obligations, site constraints, operator context, and risk position.
These treatment schemes give a practical starting scope, barrier sequence, key constraints and performance requirements, so suppliers can design, price and verify performance with clarity.
What we align with you
Each outcome treatment scheme maps a reuse or recovery intent to a sequenced set of treatment stages, with the connections, constraints, and performance requirements defined before suppliers are engaged. Targets, documentation depth, and verification focus are aligned with you directly, guided by your site conditions, operator context, and end-use obligations.
Each module represents a unit process or operation. We work through the outcome treatment schemes to establish the right sequence, then integrate the process modules to confirm connections and performance requirements before suppliers are engaged.
Selected final air-polishing route for captured air streams, using one chosen polishing method based on inlet load, site constraints and discharge needs.
Our work follows the plant stage by stage, defining what each stage receives, what it must achieve, and what needs to be shown before the scheme moves forward. This is how we confirm stage duties, test constraints, and show that the full scheme works coherently from inlet to final output.
What this review covers
Stage 1
Influent variability, screening/primary capture, equalisation, batch logic, early odour/septicity controls.
Stage 2
Biological resilience (e.g., MBBR hybrids), operating ranges, operator-fit controls and verification metrics.
Stage 3
Disc filters, PSF, coagulation/flocculation, solids guardrails and load handling.
Stage 4
Barrier treatment (UF/RO), oxidation/disinfection, monitoring and target ranges tied to end-use.
Stage 5
Dewatering/drying/compost routes, air capture & polishing, logistics and community coordination.
Stage 6
Controls, connections, commissioning checks, verification logic, handover and performance review.
At each stage, the right modules are identified through a detailed review of process options, diagnostic needs, and integration requirements, so the scheme is built on considered selection, not assumption.
Focused outputs that address specific planning, procurement, and operational challenges, each structured to feed directly into the treatment scheme and supplier engagement.
Focus area
Shortlisting logic, connection questions, and comparative KPIs that make proposals comparable.
Focus area
A rapid diagnostic across process performance, operational risks, and connection constraints, confirming what’s working, what’s vulnerable, and where to focus improvements.
Focus area
Trade effluent risks, source controls, and pretreatment options mapped to protect networks, treatment capacity, and downstream reuse performance.
Focus area
Sludge and biosolids routing from stabilisation through to verified, market-ready outputs, with Class-A pathways and practical constraints defined from the outset.
Share your outcome objective and site context with us. We identify the right treatment scheme, define the connections and constraints that guide it, and structure the engagement so suppliers receive a scope they can price, build, and verify against.
Share your outcome objective and we will come back with the right approach.
