Sulphuric acid is produced through the Contact Process: sulphur is burnt to sulphur dioxide, catalytically converted to sulphur trioxide, and absorbed to give sulphuric acid and oleum. These plants are strongly exothermic and are frequently paired with heat-recovery or captive power generation. Adjacent inorganic lines produce sulphate salts, and many complexes also run chlor-alkali units (caustic soda, chlorine, soda ash) on the same site.
Hiring here needs people comfortable with continuous, energy-intensive process operations, catalyst management, corrosion-resistant equipment and strict SO2/SO3 emission compliance.
SO2 to SO3 catalytic conversion, absorption, and oleum/acid strength control.
Waste-heat boilers and captive power generation integrated with acid plants.
SPCB/CPCB-aligned SO2 abatement, scrubbing and effluent neutralisation.
We target candidates with genuine 24x7 continuous plant experience, not just batch chemistry backgrounds.
We understand how acid plants tie into captive power and heat recovery, and hire engineers who can work across that boundary.
Our shortlists are pre-checked against CPCB/SPCB emission compliance exposure.
We recruit from regions with dense sulphuric acid / chlor-alkali manufacturing concentration.
Talk to a recruiter who already understands the process, the compliance load and the talent pool.
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