Design Basis
Feed water, treated water targets, hydraulics, margins and standards, in one approved document.
AI-native engineering workspace for water & wastewater
Aqua Process. Simplified.
From water analysis to engineering deliverables — in one workspace.
Mining Water Reuse
Rev 0Project data
- Flow
- 20 m³/h
- TSS
- 2,000 mg/L
- TDS
- 10,000 mg/L
- COD
- 200 mg/L
- pH
- 10
- Target
- Agricultural Reuse
Validation
- High TSS — pretreatment required upstream of RO
- RO feed data incomplete — silica and hardness missing
TK-101
P-101
DAF-301
F-401
RO-501
Sludge to TK-901 Permeate to reuse
Deliverables
- Design Basis
- Block Flow Diagram
- Equipment List
- Technical Proposal
Live process train
One flow. Seven engineering steps.
- 01Water AnalysisFeed quality and flow as structured data
- 02Engineering Validation
- 03Process Selection
- 04Engineering Calculations
- 05BFD
- 06Equipment
- 07Technical Proposal
What you actually get
Editable engineering documents and diagrams, generated from validated project data — not chat transcripts.
Block Flow Diagram
Units, streams, recycle and sludge lines drawn from the structured process model.
Equipment List
Tagged equipment with duty, sizing basis and quantity, traceable to a calculation.
Technical Proposal
Process description, scope, equipment and consumption figures assembled automatically.
From a real project brief to engineering deliverables
A mining water reuse case, carried through the AquaProcess workflow without re-entering a single value.
From a real project brief to engineering deliverables
A mining water reuse case, carried through the AquaProcess workflow without re-entering a single value.
- 1Water Analysis
- 2AI Understanding
- 3Engineering Rules
- 4Process Selection
- 5BFD
- 6Equipment
- 7Technical Proposal
Project input
- Industry
- Mining
- Flow
- 20 m³/h
- pH
- 10
- TDS
- 10,000 mg/L
- TSS
- 2,000 mg/L
- COD
- 200 mg/L
- Target
- Agricultural Reuse
Feed water and flow captured as structured project data.
Why this is not a chat window
A general assistant writes plausible text. An engineering workspace holds state, calculates, and stands behind every number it prints.
General AI chatAquaProcess
Project dataRe-pasted into every promptStored once as a versioned engineering context
NumbersGenerated by a language modelComputed by deterministic, versioned rules
DiagramsASCII sketches or nothingVector BFD rendered from the process model
RevisionsOld answers silently contradict new onesAffected deliverables flagged and regenerated
AquaProcess
Engineering software, not a chatbot
Language models are useful for reasoning and explanation. They are not a substitute for engineering calculation or for a consistent project state.
AI reasons and explains
The assistant interprets your water analysis, screens technologies and justifies each recommendation against project data.
Deterministic code calculates
Flows, loads, margins, dosing and power come from versioned engineering rules — not from a model guessing a number.
Renderers build deliverables
Documents come from templates and diagrams come from a structured drawing model, so output is repeatable and editable.
Engineers review and approve
Every artifact carries a revision, a status and the exact engineering snapshot it was generated from.
One project. One engineering state.
The failure mode that destroys trust is a BFD that says 20 m³/h, an equipment list that says 25 and a proposal that says 30. AquaProcess binds every deliverable to the same immutable engineering snapshot, and marks downstream artifacts as outdated the moment an upstream input changes.
Disconnected AI documents
- BFD — 20 m³/h
- Equipment List — 25 m³/h
- Proposal — 30 m³/h
AquaProcess
- Snapshot #4 — 20 m³/h
- All deliverables — 20 m³/h
- Change flow → affected artifacts flagged
Start your first project
Enter a brief and a water analysis. AquaProcess handles the structure, the calculations and the paperwork.