Project background
A disinfection project required on-site chlorine generation, but the initial enquiry did not yet distinguish between an electrolysis cell, an electrode package, a sodium hypochlorite unit or a wider EPC-integrated system.
Customer typeDisinfection or electro-chlorination equipment team
Project stageCell sizing and component scope discussion
TJNE deliverableElectrolysis cell/electrode scope plus water, salt and current data checklist
Key technical questions
- Is the process based on seawater electro-chlorination, diluted brine electrolysis or a sodium hypochlorite generation unit?
- What effective chlorine output, flow rate, feed-water quality, chloride concentration and operating hours are required?
- What power, cooling, cleaning, scaling-control and installation interface should be considered?
- Which part of the project should TJNE supply: electrodes, cell unit, equipment module or defined skid/container cooperation?
TJNE review logic
TJNE reviews chlorine-based disinfection projects from the electrochemical core outward: electrode material, cell structure, operating current, flow condition, maintenance plan and integration interface should be aligned before a technical proposal.
TJNE supply scope
- MMO titanium anodes and electrode assemblies for chlorine evolution.
- Electrolysis cell units and sodium hypochlorite / electro-chlorination equipment modules.
- Technical datasheets, drawings and interface information for integration.
- Balance-of-plant, civil works, site operation and full EPC scope should be defined separately with the project party.
Project outcome
The project moved from an open disinfection-equipment enquiry to a defined NaClO cell or unit scope, helping the technical team compare capacity, water quality and integration assumptions before proposal.
Project note: Configuration and supply scope are reviewed according to operating conditions, process targets and project interface requirements.