Technical guide for initial assessment. Every installation needs validation of its own data.

1. Define the problem and inlet conditions

What needs to change: microbiology, color, odor, a particular compound or the stability of a circuit? State the answer as a measurable objective. For water, collect minimum and maximum flow, shift variations, inlet analysis and required outlet results. For air, identify the source, flow and likely odor compounds. A grams-per-hour figure without these inputs is generator capacity, not a treatment guarantee.

2. Map the entire process

A specification should show the feed gas source, its preparation, ozone generation, injection and contact. It should also include measurement, off-gas handling and safety conditions. Where treatment already exists, place the ozone stage within that process and define hydraulic, electrical and automation interfaces.

3. Size against the real water or air

Demand changes with stream composition. We recommend pilot testing effluent because ozone demand varies considerably between waters. Other applications may call for analysis, testing and design criteria appropriate to project risk. Evaluate nameplate generator output alongside concentration, feed gas and transfer efficiency.

4. Define how the system will be accepted

Before purchasing, establish what will be measured at commissioning and in operation: flow, output, pressure, feed gas condition, dissolved concentration where relevant, outlet quality and alarms. Record maintenance, spare parts, training and responsibilities. This lets buyers compare proposals by scope and verifiable result, not one catalog number.

Sources consulted