Water treatment is more than just removing visible impurities-it’s about understanding the biological, chemical, and physical parameters that define water quality. Without precise monitoring of these parameters, treatment can be inefficient, costly, and non-compliant with environmental norms.

Deur Water integrates advanced monitoring and eco-friendly treatment technologies to ensure water is treated effectively, sustainably, and compliantly for industrial applications.

1 Biological Parameters – The Invisible Life in Water

Biological contaminants may be invisible to the naked eye, but they significantly affect water safety and treatment efficiency.

Biological Oxygen Demand (BOD) – Measures the oxygen required by microorganisms to decompose organic matter. High BOD indicates heavy pollution.

Oxygen Required for Nitrification – Tracks oxygen needed to convert ammonia into nitrates, crucial for nutrient balance.

Microbial Population – Identifies bacteria, algae, and other microorganisms present in the water.

Deur uses advanced bio-treatment processes such as HerbX plant-based coagulants, bio-enzymes, and optimized aeration to naturally reduce BOD, control microbial loads, and create reuse-ready water-without harsh chemicals.

2 Chemical Parameters – What’s Dissolved in the Water

Chemical pollutants can harm processes, equipment, and ecosystems if not properly managed.

Chemical Oxygen Demand (COD) – Indicates total chemical pollutants; high COD impacts aquatic life and compliance.

pH – Measures acidity/alkalinity affecting both treatment processes and industrial reuse.

Phosphorus, Nitrogen, Sulfates, Chlorides – Key nutrient and salt indicators influencing water chemistry.

Heavy Metals & Trace Elements – Toxic substances like lead, chromium, copper, or zinc.

Alkalinity & Total Organic Carbon (TOC) – Affect process stability and environmental impact.

Deur combines IoniX electrocoagulation technology, high-efficiency membranes (DeurPWR), and advanced oxidation to remove metals, neutralize pH, reduce salts, and achieve zero liquid discharge (ZLD) readiness.

3 Physical Parameters – What You Can See, Smell, and Measure

Physical characteristics impact water’s usability and acceptance in industrial processes.

Turbidity – Cloudiness caused by suspended particles.

Color – Often from dyes, tannins, or chemical residues.

Odor – Indicates organic decomposition or chemical contamination.

Temperature – Affects microbial activity and process efficiency.

Total Solids – Sum of dissolved and suspended solids in water.

Using multi-stage filtration, nano/micro filtration membranes, and natural coagulants, Deur ensures clear, odor-free, temperature-stable, and solid-free water suitable for process reuse or discharge.
Why This Matters

Ignoring these parameters can lead to:

Regulatory non-compliance and penalties

Higher operational costs due to inefficient treatment

Poor water reuse quality, impacting production and product quality

Deur Water’s approach is rooted in data-driven monitoring with its DeurNxT AI-powered platform, ensuring real-time tracking of all key parameters. This enables proactive corrections, minimal downtime, and consistent compliance-making wastewater a reusable, valuable resource.

✅ From biological safety to chemical balance and physical clarity-Deur treats the whole picture, not just the symptoms.
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