Built for plants where
corrosion is the process.
Multiple industry families and many sub-sectors, across India and several countries abroad. Here is what we build for each, and the kind of work we have done there.
Every family we build for.
Finished formulations
Pharmaceutical intermediates
Biotech and fermentation
Vitamins and nutraceuticals
Contract manufacturing (CDMO)
Fluorochemicals
Agrochemicals and crop protection
Dyes and dye intermediates
Rubber and polymer additives
Silicones
Personal care ingredients
Organic and inorganic chemicals
Metal chlorides
Steel melt shops and induction furnaces
DRI and bulk material handling
Non-ferrous smelting
Lead-acid batteries
Power and optical fibre cables
Pigments
Electroplating
Anodising
Etching and imaging plates
Gravure and printing cylinders
Electrochemical and electrode manufacturing
Wafer and ingot processing
Semiconductor wafer fabs
Advanced packaging and test
Chemical storage and delivery
Ultra-pure and DI water systems
Chemical waste neutralisation
Water, wastewater and high-purity water treatment
Viscose and man-made fibre
Food processing
Paper and packaging
Auto ancillary and rubber products
Laboratories and R&D
Acid fume, solvent vapour and powder, captured at source.
Glass-lined reactor vents, chlorination and acid work-up, solvent handling and powder charging. Duties are intermittent, multi-product and regularly inspected, so systems are sized for the worst batch rather than the average one.
HCl, Cl₂, HF and NH₃ from plants that change product every month.
Chlorination, fluorination, nitration and amination leave scrubber duties that shift with every campaign. The design has to cover the whole envelope, and the resin has to survive the worst of it.
Pickling fume, acid mist and furnace dust, at steel-plant scale.
Pickling lines, smelters, battery plants and induction furnaces generate high volumes of corrosive or abrasive exhaust. Scale matters here: our largest exhaust installation is 875,000 CMH for a steel melting shop.
Etching, plating and electrochemical lines, and the flue gas behind them.
Surface finishing and electrochemical lines run acid and alkaline baths side by side, and pigment plants add flue gas desulphurisation to the list. Each bath has its own chemistry and its own capture problem.
Segregated acid, fluoride and solvent exhaust for cell lines and fabs.
Solar cell and semiconductor plants split their process exhaust by chemistry — acid and alkali, fluoride, solvent and particulate each to its own abatement train, with a thermal oxidiser where organics demand it. Every stream runs continuously, and downtime is measured against gigawatt-scale output.
High-integrity exhaust, and the process industries next door.
Nuclear and research facilities need equipment engineered, inspected and documented well above typical industrial practice. The same discipline carries into water treatment packages, fibre plants and food processing.
Or start from what you need to remove.
Tell us the sector and the problem.
We will point you to the closest reference installation and an engineer who has built one.
Pick the equipment. We will send you the data sheet.
Choose the equipment you need. We will take three details, then send you the enquiry data sheet for that product — the one our engineers use to size and quote.
FRP and dual-laminate process equipment, engineered, built, installed and maintained under one contract. Established 1977.
Cl₂ and NH₃ scrubbing
H₂SO₄ mist removal
Flue gas desulphurisation
Pickling line exhaust
Solar PV and semiconductor exhaust
Khopat, Thane (W) 400 601
Maharashtra, India
Plant — Mankoli, Bhiwandi
+91 22 4970 9140
mb@bhaviplast.com / jm@bhaviplast.com