Custom Bromine Water Solution Product & Products

Our systems are specifically engineered to accommodate diverse raw brine sources, including natural seawater, concentrated bitter brine from solar salt flats, continental salt lake brine, oilfield produced water, bromine-bearing chemical synthesis effluent, and concentrated reject streams from seawater reverse osmosis (SWRO) facilities. Before final equipment sizing, we perform extensive titration and compositional analyses (Br⁻, Cl⁻, Ca²⁺, Mg²⁺, SO₄²⁻, and total organic carbon) to select between air blowing-out or steam desorption routes.

Elemental bromine (Br₂) in aqueous solution forms an extraordinarily reactive mixture of hypobromous acid (HBrO) and hydrobromic acid (HBr), presenting extreme pitting and intergranular stress cracking hazards. Standard 300-series and duplex stainless steels deteriorate in days. High-density isostatically lined PTFE (polytetrafluoroethylene) maintains chemical inertness across the entire 0–14 pH spectrum and temperatures up to 200°C, delivering seamless anti-permeation barriers bonded to carbon-steel structural pressure shells.

Our EPC general contracting service eliminates the interface risks common in chemical plant installations. The scope encompasses: 1) Initial raw water testing and site evaluation; 2) Thermodynamic and chemical process simulation; 3) Mechanical design and in-house component fabrication; 4) Balance-of-plant instrumentation and procurement; 5) Export packing, logistics, and on-site assembly; 6) Plant commissioning and DCS control loop tuning; 7) Plant operator standard operating procedure (SOP) training; and 8) Lifecycle output buy-back agreements.

Bromine extraction is technically position-engineered as an upstream process within the wider salt chemical complex. Removing bromide from the raw brine prior to crystallizing sodium chloride prevents bromide contamination in the finished salt. After bromine stripping, the debrominated brine flows directly to our multi-stage salt washing machinery, which pulverizes, washes, and centrifuges the salt crystal cake, consistently attaining food-grade standards (>99.2% NaCl) or chlor-alkali membrane electrolysis purity targets.

To provide an accurate engineering proposal and economic feasibility study, our team requires: 1) Complete feed brine lab analysis showing bromide ion concentration and pH; 2) Desired daily or annual throughput volume; 3) Available utility parameters (low-pressure steam availability, electrical capacity, fuel gas/coal sources for furnaces); 4) Geographic and seismic site characteristics; and 5) Intended target grade for the recovered bromine (e.g., technical grade ≥99.5% or high-purity pharmaceutical grade ≥99.9%).