Cut sludge burden. Reduce compliance risk.A clearer path to textile wastewater upgrades.
HydroTex helps textile 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.
- Small–medium dyeing & finishing plants
- Plants with sludge/disposal and compliance pressure
- ETP operators and environmental managers
Wastewater enforcement is tightening — and the cost of waiting is rising
Plants increasingly need evidence-based decisions. HydroTex is designed to reduce the risk of “wrong upgrade” investments.
More monitoring, stricter limits, and higher penalty exposure.
Sludge handling and disposal can drive unexpected operating costs.
Plants need site-specific evidence before committing to capex.
A practical path: feasibility first, then pilot
HydroTex is a structured decision process that produces concrete outputs you can act on.
Sampling plan, baseline profile, KPIs, and pilot success criteria.
Defined test plan focused on stability, waste profile, and operational practicality.
Go/no-go recommendation and a realistic implementation pathway.
Designed for real decision-makers
Built for the people who carry the operational and compliance consequences.
Need clarity before committing to upgrades or major capex.
Want stable operations and fewer sludge and chemical surprises.
Need documentation and a clear story for audits and regulators.
Request the pilot scope template
If you operate a dyeing/finishing plant (or support one via an ETP), we can share a pilot scope template and discuss feasibility fit.
- Input: basic flow/influent context and compliance target
- Output: feasibility checklist + pilot scope template
- Outcome: clear next-step plan (go/no-go + timeline)
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