High-purity water treatment, asset protection, and compliance engineering for pharmaceutical and life science facilities.
Pharmaceutical and life science facilities require water that meets USP, Ph. Eur., and global pharmacopoeia standards – with zero tolerance for microbial or chemical deviations.
Maintain total absence of microbial growth in Purified Water (PW) and Water for Injection (WFI) loops.
Protect critical utility systems — boilers and cooling towers — from scale, bio-fouling, and corrosion.
Reduce Total Organic Carbon (TOC), endotoxins, and organic contaminants to compliant levels.
Ensure strict validation and full traceability of all chemical formulations used in your facility.
AquaKem's design and process expertise covers the entire lifecycle of pharmaceutical water generation.
Advanced scale inhibition and cleaning protocols specifically engineered for high‑rejection RO systems to ensure steady flux and prolonged membrane life.
Multimedia filtration, softening, and carbon filtration management to protect downstream RO and Electrodeionization (EDI) units.
Complete protection for critical utility circuits that support pharmaceutical manufacturing.
Steam purity is essential for sterilization and process heating in pharmaceutical operations.
Protect chillers, heat exchangers, and cooling towers essential for precise temperature regulation in bioreactors and formulation suites.
Manage complex pharmaceutical wastewater streams containing active ingredients, organic solvents, and variable COD.
An overview of the chemical solutions deployed across life science facilities.
Local production in Algeria ensures fast delivery, stability, and technical proximity.
AquaKem operates a dedicated production facility in Sidi Moussa, Algiers, ensuring rapid delivery and stable inventory management.
All formulations are synthesized under strict quality control protocols, matching international industrial and chemical standards.
Technical engineers available for system auditing, water analysis, and dosage optimization.
Your critical water systems stay fully aligned with rigorous safety, environmental, and pharmacopoeia standards.
Reduce capital expenditure by preventing premature degradation of RO membranes, boilers, and cooling systems.
Optimise water and energy consumption through precise, data‑driven chemical treatment programs.