Hi-Tech Projection Platform
RO system design with engineer-grade accuracy — real process simulation, transparent chemistry, and nothing hidden.
Invitation-only. Workspaces are opened by Hi-Tech for OEMs, integrators and partners.
First-Principles Physics
1D plug flow & rejection mass balances — no curve fits.
Vendor-Ceiling Guardrails
Hydranautics TAB-111 saturation limits & activity models.
Instant Economics
CAPEX, OPEX and LCOW estimated on every run.
Audit-Ready Reports
Branded PDF export and CSV data for every projection.
An illustrative projection
Follow the engineering decision, not a product slideshow
This deterministic walkthrough uses the same flowsheet renderer as the designer and reports. Values are illustrative; the sequence is the real feed-to-review workflow.
01 · Feed
Define the water, not just its TDS
Temperature, pH and measured ions establish the chemistry basis before design begins.
Feed basis
1,820 mg/L · pH 7.4 · 27 °C
Illustrative brackish-water feed · measured ion panel
Every displayed value keeps its source and modelling basis attached.
Request access to run itOne engineering thread, from water to decision
Engineered for high-fidelity reverse osmosis system projections.
Physics + chemistry
Model the duty
- Real process simulationfirst-principles physics, not curve fits.
- Honest scaling chemistryvendor-ceiling guardrails and a labeled activity-model A/B.
Auto-design + economics
Choose the design
- Auto-designrequirements in, ranked feasible designs out.
- Economics built inLCOW, CAPEX and cost build-up on every run.
Reports + provenance
Defend the decision
- Reports that shipbranded PDF, CSV, share links, public API.
- Provenance everywhereevery number labeled measured, literature, or preliminary.
How It Works
From raw water analysis to verifiable projection report in three steps.
Define your feed water
Input temperature, pH, ion concentrations, and flow requirements or select from standard water templates.
Design or auto-design the system
Configure membrane stages, vessel pass layouts, and flux constraints manually or use automated ranking.
Solve, review chemistry and economics, export the report.
Run full first-principles solver, evaluate scaling indices, compare LCOW, and export client-ready documentation.
Provenance Everywhere
Every thermodynamic constant, activity parameter, and mineral ceiling is explicitly graded and traceable to primary sources.
Measured Coefficients
Primary literature and experimental constants verified directly against thermodynamic references.
Literature Parameters
Secondary consensus constants and published supplier activity correlations.
Preliminary Estimates
Conservative kinetic screening models and advisory dosage heuristics.
Customized Reporting & Enterprise Collaboration
Deliver client-ready projections with customizable branding, multi-scenario comparison tables, and full team access controls.
Ready to build high-accuracy RO projections?
Join engineering teams using Hi-Tech Projection Platform for transparent, vendor-aligned membrane system design.