HydroTex
Textile wastewater • Feasibility → Pilot
Request pilot scope
Sludge minimization focusCompliance-firstFeasibility → Pilot

Cut sludge burden.
Reduce compliance risk.A clearer path to textile wastewater upgrades.

HydroTex helps dyeing and finishing plants evaluate and validate a sludge-minimizing treatment approach through a structured feasibility → pilot pathway. The outcome is a practical recommendation and a de-risked route to implementation.

Request pilot scope See pilot pathway
Primary value
Lower sludge exposure and clearer compliance planning.
Decision outcome
Go / No-go clarity based on site data and constraints.
First step
A pilot scope template and feasibility checklist.
Commercial focus
  • Small–medium dyeing & finishing plants
  • Plants with sludge/disposal and compliance pressure
  • ETP operators and environmental managers
What you receive: a feasibility checklist + pilot scope template + a clear next-step plan.
Founder-led environmental technology concept.
CONTEXT

Upgrades are accelerating — and sludge is still the bottleneck.

Textile ETPs face tighter discharge expectations, variable influent loads, and rising disposal complexity. A feasibility-first pathway reduces wasted time and budget.

Compliance pressure
Clear, documented decision-making improves stakeholder alignment and reduces compliance surprises.
Operational variability
Dye chemistry, flow swings, and process changes demand adaptable treatment logic.
Sludge cost & risk
Sludge handling is often where costs and secondary impacts concentrate.
SOLUTION

A structured feasibility → pilot pathway.

We start with what you already have: plant constraints, ETP layout, discharge targets, and a manageable data plan.

1) Feasibility check
Define objectives, constraints, and success metrics. Identify quick wins and key risks early.
2) Bench / validation plan
Targeted testing to confirm separation and operability — not a long academic program.
3) Pilot scope
A clear pilot outline: instrumentation, safety interlocks, sampling, and decision gates.
AI-ENABLED

AI-supervised process optimization — designed for industrial reality.

HydroTex is developing a PLC-ready control concept that combines a digital twin with a lightweight ML-based separation advisor and safety interlocks.

3-layer architecture
Layer 1: Instrumentation & safeguards (sensors, alarms, interlocks).
Layer 2: PLC control logic (stable operation, fallback modes).
Layer 3: Digital twin + ML advisor (recommendations, not blind control).
Decision support (not hype)
The ML layer proposes operating adjustments (e.g., setpoints, flow windows, phase management) while the PLC maintains safe, bounded control.
Safety & auditability
Recommendations are constrained by safety rules, logged for review, and tied to pilot decision gates — supporting traceable compliance discussions.
Positioning: AI-supervised circular platform concept — feasibility-first, with PLC-ready architecture and pilot-grade documentation.
FIT

Who this is for

A good fit when you need a practical pathway, not a black-box promise.

ETP operators
Improve stability, reduce operational pain, and document upgrades.
Environmental managers
Reduce compliance risk with a traceable plan and decision points.
Plant leadership
Get a clear go/no-go view and a scoped pilot before major spend.
PILOT

Pilot partnership: scope, validate, decide.

A pilot should answer a small number of critical questions quickly: performance, operability, safety, and total cost implications.

Pilot deliverables
Pilot scope template, instrumentation plan, sampling plan, decision gates, and a de-risked implementation path.
Pilot principles
Safety-first control philosophy, bounded automation, clear failure modes, and measurable success criteria.
CONTACT

Request pilot scope

Share basic plant information and we’ll respond with a feasibility checklist and pilot outline.

HydroTex focuses on feasibility-first wastewater upgrades.

Initial discussion typically covers:

  • Plant size & process type
  • Current ETP setup
  • Sludge handling challenges
  • Regulatory pressure / discharge limits
Prefer email? Write to contact@hydrotex.eu