Chlorine is produced by membrane-cell electrolysis of brine, co-generating caustic soda and hydrogen alongside it. Downstream, chlorine is consumed in chlorination reactions to make chlorinated solvents, chlorinated paraffins, PVC intermediates (EDC/VCM), chlorinated intermediates for agrochemicals and pharma, bleaching agents and water-treatment chemicals such as sodium hypochlorite and bleaching powder.
Because chlorine is a toxic, pressurised gas, this segment carries some of the strictest process safety and emergency-response requirements in chemical manufacturing - tonne container/road tanker handling, chlorine scrubbing systems, and mock-drill-tested emergency response plans (On-site/Off-site Emergency Plans under the MSIHC Rules) are standard hiring criteria, not extras.
Brine electrolysis producing chlorine, caustic soda and hydrogen as co-products.
Chlorinated solvents, EDC/VCM, chlorinated paraffins and chlorinated agro/pharma intermediates.
Tonner/tanker handling, chlorine scrubbing, on-site/off-site emergency response planning.
We screen specifically for tonner/tanker handling and chlorine leak emergency-response experience, not generic EHS credentials.
We recruit across the full chain - cell house electrolysis specialists through to downstream chlorination process chemists.
Shortlists are pre-checked for familiarity with MSIHC Rules, CCOE approvals and on-site/off-site emergency plan requirements.
We understand chlor-alkali complexes producing caustic soda and hydrogen alongside chlorine, and hire engineers who can work across all three streams.
Talk to a recruiter who already understands the process, the compliance load and the talent pool.
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