An advanced chemical engineering portfolio formulated in Algiers to remove turbidity, eliminate pathogenic hazards, prevent reverse osmosis scaling, and secure clean municipal potable water supply chains.
Raw groundwater or surface reservoirs carry significant clay, sand, and particulate loads that quickly clog reverse osmosis (RO) membranes or municipal distribution piping.
AquaKem's pre-treatment programs optimize media filtration beds. This ensures micro-particles are grouped and safely captured, stabilizing the Silt Density Index (SDI) and protecting expensive municipal membrane infrastructures.
Meeting rigid regulatory thresholds for taste, safety, and dissolved contaminant limits before water reaches municipal distribution.
Potable water standards place rigid regulatory limits on dissolved lead, arsenic, iron, and manganese. AquaKem's targeted chemical precipitants and organic chelators safely reduce heavy metal concentrations down to trace levels before municipal delivery.
Odor compounds from organic and anaerobic decay yield musty, unpleasant profiles. AquaKem's advanced biological sanitizers and food-grade defoamers isolate volatile smell vectors, restoring standard taste and fresh olfactory quality.
How reverse osmosis membrane chemistry filters microscopic salts, minerals, and viral pathogens to deliver high-quality potable water.
Groundwater and brackish well reserves in North Africa often contain aggressive dissolved solids (TDS) and extreme mineral concentrations.
AquaKem's potable-certified antiscalants prevent calcium and sulfate crystals from nucleating on membrane surfaces. This preserves clean membrane flux, maximizes water recovery yields, and prevents costly structural degradation.
Source water parameters change continuously depending on seasonal rains, aquifer spikes, and industrial runoff.
AquaKem Field Audits: Our certified technicians execute on-site jar testing, analytical water profiling, and dosing calibration. This guarantees optimized chemical usage, protecting municipal potable systems from chemical over-dosing and associated operational overhead.