Project design data
Complete the blank project-value column and share the file with your enquiry. This is a planning worksheet, not an equipment specification.
| Parameter / interface | Unit / format | Why it matters |
|---|---|---|
| Seawater analysis / salinity | Laboratory report; g/L or mg/L | Provide units, sample location, date and seasonal observations. |
| Temperature / intake availability | °C; hours and interruptions | State expected operating conditions and known access constraints. |
| Useful-water demand / storage | m³/day; m³ | Separate average demand, peaks and reserve storage. |
| Product-water use and target | Defined quality and test point | Identify finishing, storage and distribution responsibilities. |
| Concentrate / other waste streams | m³/h; proposed handling route | Identify who confirms the route and project requirements. |
| Energy comparison boundary | kWh/m³; included equipment | Ask for conditions and all equipment included in the figure. |
| Service and acceptance | Access plan; test protocol | Agree maintenance logistics, operator training and handover evidence. |
Download project data sheet (CSV) ↓
Seawater RO projects: define the scope from intake to useful water ↗What to prepare
- Seawater salinity, analysis and temperature range
- Intake arrangement and seasonal water changes
- Daily water demand, product quality and storage
- Power, concentrate route, corrosion exposure and service access
From first brief to a defined scope
- Characterize the seawater intake
- Set the water-demand profile
- Review the complete treatment train
- Confirm operation and supply scope
Make the scope explicit
Ask the proposal to distinguish equipment supply, civil works, external piping, electrical connections, commissioning, training and consumables. Confirm each responsibility in the project quotation. Items discussed on this website are planning considerations, not an automatic inclusion in every supply package.
Equipment ↗