Salinity and scaling
Reservoir water carries dissolved salts and high conductivity, increasing mineral scale and osmotic pressure during desalination.
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Treatment for hydrocarbon-rich, saline and chemically demanding wastewater.
Produced water, drilling fluids and refinery effluent combine free and emulsified oil with dissolved salts, metals and difficult organic contaminants. Treatment needs change from wellhead operations to downstream refining.
Nitaneer combines hydrocarbon separation, biological treatment, contaminant removal and desalination in modular containerized or skid-mounted systems. The treatment train is configured for the site, the stream and the required reuse or discharge pathway.
Reservoir water carries dissolved salts and high conductivity, increasing mineral scale and osmotic pressure during desalination.
Aromatic hydrocarbons, phenols, metals and additives such as biocides and corrosion inhibitors can inhibit conventional biodegradation.
Hot formation water, sour gases and chlorides call for thermally stable, corrosion-resistant materials throughout wet treatment stages.
Configured around the incoming stream, operating conditions and intended water use.
API gravity separators, hydrocyclones, CAF or DAF and chemical demulsifiers remove free oils and dispersed emulsions.
Membrane bioreactors address organic loading and difficult sludge settling. Coagulation, precipitation and adsorption target metals and dissolved contaminants.
UF, ion exchange and multi-stage RO are configured around chlorides, sulfates and the water quality required for reuse.
Prefabricated modular systems fit drilling pads and remote sites. Monitoring of transmembrane pressure, turbidity, pH and flow protects operation.
Condition treated water for the selected operational pathway, including reinjection or utility reuse where the required water quality is met.