Technical insights, industry trends, and best practices from our engineering team.
How coagulation and flocculation remove turbidity and suspended solids — mechanisms, coagulant options, key water parameters, and common mistakes.
A step-by-step jar test procedure — equipment, mixing regimes, what to measure, mistakes to avoid, and how to scale bench results to plant dosing.
Ferric chloride, PAC, or alum? The key decision factors in brief, plus a link to our full engineering comparison and jar testing guidance.
Fuel treatment solutions for power plants: how magnesium additives cut vanadium slagging, acid corrosion and unburned carbon in HFO boilers. Made in Egypt.
How to degrease, pickle, rinse and activate steel before coating or galvanizing — control parameters, common mistakes, and a monitoring plan for each stage.
How to adjust polyaluminum chloride dosing as raw-water turbidity swings — dose–turbidity curves, seasonal corrections, and dosing control strategies.
How to protect steam boilers from oxygen pitting, scale, and carryover — deaeration, oxygen scavengers, pH control, blowdown, and a monitoring routine.
How to choose and maintain ZnCl₂·2NH₄Cl galvanizing flux — salt ratio, Baumé, pH, iron control and drying — for uniform coatings, less dross and less fuming.
How to meet industrial discharge limits with chemical treatment — regulations, coagulant selection, the treatment train, monitoring, and record-keeping.
A step-by-step method for calculating fuel additive return on investment — formulas, baseline data to collect, and a clearly hypothetical worked example.
What NSF/ANSI/CAN 60 covers, how drinking water chemicals are evaluated, what a maximum use level means, and how to verify a supplier's listing before buying.