Laboratory Analysis & Testing

Our comprehensive laboratory analysis services provide accurate and real-time insights into water quality, ensuring optimal treatment performance. We utilize advanced testing methods to assess key parameters critical for wastewater and process water treatment.

  • Onsite Lab Analysis – Real-time water quality assessments to identify key parameters and optimize treatment strategies.

  • Jar Testing – Bench-scale simulations to determine the most effective chemical dosage for coagulation and flocculation.

  • Settling Velocity Determination – Evaluating sedimentation characteristics to enhance clarifier and thickener performance.

  • Flocculant Efficiency Testing – Assessing polymer performance to maximize solid-liquid separation efficiency.

  • GGT Test for Carbonates Measurement – Precise analysis of carbonate concentrations to optimize chemical treatment.

  • Phosphate Measurement – Identifying and controlling phosphate levels to prevent scaling and eutrophication.

  • Potassium Measurement – Ensuring accurate potassium concentrations for process and environmental compliance.

  • Salinity Testing – Evaluating salinity levels to manage corrosion risks and treatment performance.

  • Iron Sulfide Scale Analysis – Identifying and mitigating scale formation to prevent operational disruptions.

  • Turbidity Testing – Measurement of water clarity to assess treatment effectiveness.

Process Optimization & Treatment Solutions

We provide expert consultation and tailored solutions to enhance water treatment processes, optimize chemical usage, and reduce operational costs.

  • System Improvement Consultation – Expert guidance to enhance treatment efficiency and reduce operational costs.

  • Coagulant and Flocculant Dosage Optimization – Fine-tuning chemical dosing for improved clarity, sludge reduction, and cost savings.

  • Total Hardness Treatment – Customized solutions to control calcium and magnesium levels in water.

  • Alkalinity Determination – Ensuring proper alkalinity balance for stable pH and effective treatment.

  • Polymer and Coagulant Evaluation – Selecting and optimizing treatment chemicals to achieve superior water quality results.