Independent Industrial Water Consulting for Bahrain's Alba Smelter, Bapco Refining & Desalination-Dependent Industry

Bahrain's national water supply leans on desalination for roughly 59% of total supply and over 90% of drinking water, with groundwater (about 32%) and rainwater (about 11%) making up the balance. That desalination dependence sets the tone for industrial makeup water across the island: freshwater is scarce and largely committed to potable use, so heavy industry runs predominantly on seawater. Alba (Aluminium Bahrain) is the clearest example — one of the world's largest single-site aluminium smelters, it uses seawater for cooling, with groundwater supplying only around 15% of smelter water demand and desalinated seawater covering the rest, putting seawater metallurgy, biofouling control, and thermal loading at the centre of the site's water program.

Bapco's refining operations add a second major industrial water load, alongside the broader oil and gas and petrochemical sector, all of which operate their own treatment plants and discharge to the sea under Supreme Council for Environment standards. On the reuse side, Alba itself sets a high bar: it reuses roughly 90% of process wastewater for irrigation under SCE guidelines, discharging only the remainder to the Gulf within SCE limits — a benchmark other Bahraini industrial sites are increasingly measured against, even as a meaningful share of the country's tertiary-treated municipal wastewater still goes to sea at Tubli Bay rather than being reused, a flagged national policy gap.

For an industrial operator, that gap is also an opportunity: sites able to take tertiary-treated municipal effluent as supplementary cooling or process makeup can reduce dependence on desalinated seawater and align with the direction SCE policy is already pushing, following Alba's own reuse example. We help clients assess whether a blended makeup strategy of that kind is technically and commercially viable for their specific cooling or process configuration.