Puroxi industry centre

Wastewater Treatment

Puroxi technologies can support oxygen transfer, oxidation, odour management and process stability within a complete wastewater design.

Understanding the application

Water Conditions Affect the Complete Operation

Puroxi does not begin with a product. We begin by understanding where the water comes from, how it moves through the site, what it contacts, what has already been tried and what the operation needs the water to do.

01

Variable organic and hydraulic loading

This condition is evaluated in relation to the source water, system design, operating load and the required outcome.

02

Low dissolved oxygen and anaerobic zones

This condition is evaluated in relation to the source water, system design, operating load and the required outcome.

03

Odour, sulphide, sludge and foam

This condition is evaluated in relation to the source water, system design, operating load and the required outcome.

04

Biofilm, fouling and difficult discharge targets

This condition is evaluated in relation to the source water, system design, operating load and the required outcome.

Systems and applications

See How the Treatment Tools Fit the Water

These photographs show genuine Puroxi equipment or approved application references. Final equipment selection and layout remain site-specific.

Wastewater treatment facility
Application reference showing clarification, aeration and supporting treatment stages within a complete wastewater process
Nano-bubble treatment equipment
Puroxi nano-bubble system components selected around flow, pressure and oxygen demand
Active wastewater aeration basin
Application reference showing aeration patterns across an operating biological-treatment basin

How Puroxi approaches the water

A Site-Specific Treatment Pathway

01

Nano-bubble oxygenation or aeration sized to oxygen demand

Treatment selection follows water testing, hydraulic review, material compatibility and the customer’s verification requirements.

02

Circulation and mixing designed around basin geometry

Treatment selection follows water testing, hydraulic review, material compatibility and the customer’s verification requirements.

03

Controlled oxidation where chemistry and biology permit

Treatment selection follows water testing, hydraulic review, material compatibility and the customer’s verification requirements.

04

Pilot testing integrated with the existing biological process

Treatment selection follows water testing, hydraulic review, material compatibility and the customer’s verification requirements.

Information required

What Puroxi Needs Before Recommending Equipment

Good design depends on accurate site information. Reports, photographs, drawings and operating history help prevent assumptions.

  1. Influent, effluent and process-water reports
  2. Average, peak and seasonal flow
  3. Basin dimensions, depth and retention time
  4. Current aeration, energy, sludge and odour data
Water testing

Relevant parameters may include temperature, pH, dissolved oxygen, salinity, conductivity, turbidity, hardness, alkalinity, nutrients, organics, metals, microbial information and algae identification, together with the process-specific information required for this industry.

Monitoring and verification

Measure the Water and the Operating Result

01

Dissolved oxygen by location and depth

Record the baseline, treatment settings, operating changes and follow-up results so performance can be evaluated responsibly.

02

BOD, COD, TSS and relevant nutrients

Record the baseline, treatment settings, operating changes and follow-up results so performance can be evaluated responsibly.

03

Odour or sulphide conditions

Record the baseline, treatment settings, operating changes and follow-up results so performance can be evaluated responsibly.

04

Energy, sludge and process stability

Record the baseline, treatment settings, operating changes and follow-up results so performance can be evaluated responsibly.

The Puroxi process

Test. Design. Treat. Verify.

  1. Characterize the source and the operating problem.
  2. Define the objective, limitations and applicable requirements.
  3. Design the hydraulic, gas, treatment and monitoring arrangement.
  4. Commission, document, evaluate and refine the programme.

Let’s Understand Your Water.

Share water tests, photographs, flows, volumes, drawings, existing equipment and the result you need to achieve.

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