An advanced, locally formulated portfolio of specialty chemical programs and engineering consultations to prevent membrane scaling, control biofouling, and maximize recovery in utility and process industries across Algeria.
How scaling, organic fouling, and feed channel blockages restrict pure water recovery and threaten vulnerable membrane structures.
Improving multimedia filtration (MMF) to trap micro-suspended solids before feed water loads the high-pressure membrane surface.
Injecting high-efficiency antiscalants to retard mineral precipitation of carbonates, sulfates, and silica.
Alternating high-performance acidic and alkaline cleaners to dissolve mineral scale, organic silt, and biocured blockages.
Multimedia Filtration (MMF) is the primary physical defense barrier to remove suspended solids, micro-particulates, and colloids from RO feedwater.
AquaKem's coagulation and filtration-enhancing programs optimize the entrapment of fine particulates down to 20 microns, effectively decreasing the Silt Density Index (SDI) to stable, safe levels to prevent early structural damage.


Biological growth, algae, and organic biofilms rapidly colonize the feed spacers and membrane surface, causing severe feed channel pressure drop and restricting water flow.
AquaKem's Non-Oxidizing Biocides dismantle biological structures and eliminate bacterial colonies without degrading polyamide membrane layers — restoring design recovery rates.

Each program is engineered for a specific failure mode — scale, fouling, biofilm, or degradation.
As membranes foul, higher pump pressure is required to force water through clogged spacers — driving sudden energy cost increases.
A major brackish water desalination facility in Algeria was suffering from rapid biofouling, frequent membrane cleanings, and high feed pressure requirements.
By implementing AquaKem's targeted scale inhibitors and scheduled sanitization cleaners, the facility stabilized feed pressure, lowered CIP frequency, extended membrane lifetimes, and achieved a 35% drop in energy consumption.