Commitment to Quality
Quality is secured through disciplined manufacturing, verified chemical grades, batch-wise QC, and traceable raw materials. Each batch is validated against tight specifications for content, stability, and performance. Closed-loop blending, calibrated instruments, and documented SOPs ensure reproducibility. Final QC uses titrimetric, spectrophotometric, and ion-chromatographic methods to confirm every batch performs identically in the field.
Innovation
Our innovation focuses on chemistry, automation, and data. Key developments include non-phosphorus cooling-water programs using sustainable polymers, and advanced RO antiscalants for high-rejection systems. We are creating green biocides with minimal toxicity and smart IoT dosing platforms for predictive maintenance and optimization.
Sustainability Focus
We minimize environmental impact by using biodegradable polymers, controlled phosphorus discharge, and low-AOX biocides. Our high-efficiency formulations reduce total chemical consumption. Field programs focus on reducing blowdown volumes, extending membrane life, lowering boiler fuel use, and enabling higher water recovery and reuse for customers. Sustainability is embedded in our product selection, dosage design, and system auditing—it is a core practice, not just a marketing line.
Customer-Centric Approach
Our customer-centric approach tailors’ solutions through system surveys, water analysis, and operational baselining. Formulations are precisely matched to conditions like metallurgy, temperature, and regulatory constraints. We maintain open communication via trial protocols, commissioning support, performance dashboards, and operator training.
Partnership as a Core Mechanism
Progress is achieved through collaboration with plant engineers, EHS teams, OEMs, and operations staff. Joint audits, shared KPIs, and transparent reporting align goals. Partnerships accelerate adoption of efficient chemistries, automation, and sustainability-driven operating models.
Our ultimate goal
Our long-term direction is to develop high-performance, low-impact water-treatment programs. We support customers with precise, data-driven solutions to contribute to a water-secure, resilient industrial ecosystem. The aim is to remain a trusted partner for industries and communities seeking dependable and sustainable water management.
Geopure Aqua Technologies: Your Trusted Partner and
sustainable solution providers in Water Treatment
Geopure Aqua Technologies provides sustainable, high-performance water treatment solutions for diverse industries including pharmaceuticals, power, textiles, and commercial sectors. We deliver tailored chemical programs for boilers, cooling towers, RO systems, and wastewater, ensuring operational efficiency and compliance. Our eco-friendly formulations—featuring non-phosphorus, biodegradable chemicals—reduce environmental impact while maintaining performance. Integrated with IoT monitoring and automation, we optimize dosage to conserve water and energy. Committed to green chemistry, we support zero-liquid discharge and water reuse initiatives, making sustainability a practical reality for every industry we serve.
Expertise and Innovation
Geopure® delivers innovative, high-performance water treatment solutions engineered by expert chemists and engineers. Our advanced, eco-friendly formulations—including non-phosphorus inhibitors, biodegradable dispersants, and Ksp-based antiscalants—are designed for boilers, cooling towers, RO systems, and wastewater. Rigorous quality control and real-world validation ensure reliability and compliance. By integrating IoT monitoring and sustainable chemistry, we help industries improve efficiency, reduce water and energy use, and meet environmental standards. Geopure® combines scientific expertise with a green vision to provide smart, responsible water treatment for a sustainable future.
Comprehensive Product Offerings
Geopure® Aqua Technologies delivers advanced water treatment solutions for boilers, cooling towers, RO systems, and wastewater plants. Formulations prevent scale, corrosion, fouling, and microbial growth while improving reliability and efficiency. Services include O&M, AMC, industrial cleaning, and complete ETP–STP–WTP support. Product lines cover boiler chemicals, cooling tower programs, RO membrane care, and biological or chemical wastewater treatments. Solutions serve industrial, commercial, and domestic sectors with sustainable, non-phosphorus options and IoT-based monitoring.
Sustainability and Customer Satisfaction
Geopure Aqua Technologies delivers sustainable, high-performance water treatment for industrial and commercial systems. Our innovative, non-phosphorus, and biodegradable chemical programs—including RO antiscalants, cooling tower treatments, and bio-augmentation solutions—enhance efficiency, extend equipment life, and reduce environmental impact. We integrate IoT and AI for precise, data-driven management, minimizing waste and optimizing water reuse. As a trusted partner, we provide tailored solutions that ensure operational excellence, regulatory compliance, and a smaller ecological footprint, aligning performance with planetary care for a water-secure, greener future.
Frequently asked Questions
Boiler Water Treatment Chemicals: Oxygen scavengers, scale inhibitors, sludge conditioners, condensate line protectors, and alkalinity controllers.
Cooling Water Treatment Chemicals: Scale and corrosion inhibitors, organic/inorganic dispersants, oxidizing and non-oxidizing biocides, and dealkalizers.
Closed Circuit System Chemicals: Corrosion inhibitors, biocides, and pre/post-operational cleaning agents.
Reverse Osmosis (RO) System Chemicals: General-purpose and high-silica antiscalants, MEE/evaporator antiscalants, membrane cleaners, dechlorinators, and pH boosters.
Wastewater Treatment Chemicals: Flocculants, coagulants, bio-cultures, nutrients, odor eliminators, disinfectants, and color removers.
Industrial Cleaning Chemicals: Formulated for condensers, heat exchangers, AHUs/FCUs, and cooling coils.
Key features include:
pH and ORP Control: Ensures balanced water chemistry.
TDS and Conductivity Control: Automatic bleed-off for cooling towers and RO systems.
IoT-Based Monitoring: Real-time data tracking of flow, pH, turbidity, and performance parameters through cloud dashboards.
Alerts and Reports: Automated alerts for deviation and periodic system performance reports.
Practical Tip: Automated systems not only save manpower but also extend equipment life by maintaining precise water chemistry 24×7.
When to descale: When approach temperature rises beyond 2–3°C or flow resistance increases.
Method: Circulation of non-corrosive, biodegradable descaling chemical under controlled pH conditions.
Post-descaling: The system is passivated to prevent flash corrosion.
Tip: Regular descaling ensures lower power bills and extends condenser tube life by up to 30%.
We use:
Biodegradable coil cleaners and fin conditioners.
Non-acidic disinfectant solutions for safe cleaning.
Pressure washing and deep-cleaning methods for complete coil restoration.
Tip: Quarterly cleaning prevents bacterial contamination (like Legionella) and reduces energy use by up to 15%.
Alkaline cleaners: Remove organics, oils, and biofilm.
Acidic cleaners: Remove inorganic scales such as calcium carbonate or iron.
Neutral cleaners: Used for delicate or composite membranes.
Tip: Perform chemical cleaning when the normalized flux drops by 10–15% or differential pressure rises by 15–20%.
STP, ETP, WTP, and RO plant operation.
Daily monitoring of key parameters.
Dosing management, troubleshooting, and efficiency optimization.
Preventive maintenance to reduce downtime.
Tip: Outsourcing O&M ensures consistent water quality and minimizes chemical overuse and manpower cost.
Scheduled preventive maintenance.
Calibration of sensors and control systems.
Periodic chemical cleaning and system audits.
Emergency support and replacement of consumables.
Tip: Annual contracts reduce unplanned shutdowns and ensure compliance with environmental norms.
Services include:
Replacement of old media, membranes, and pumps.
Control panel automation and IoT integration.
Hydraulic and process optimization.
Retrofitting for green chemistry programs.
Tip: Revamping is a cost-effective alternative to new plant installation — typically saving 40–60% in capital cost.