Case Study: Installed 10000 LPH RO Plant Installation for SUROJ Buildcon, Delhi

SUROJ Buildcon is the developer behind World Street Sports Center, a large-scale project site in Delhi, India. A project of this scale requires a steady and dependable supply of treated water for its day-to-day operational needs. To meet this requirement, SUROJ Buildcon partnered with Netsol Water for the design, supply, installation and commissioning of a 10,000 LPH RO Plant at the site. This case study walks through the project background, the water treatment requirement, the proposed RO solution, and how Netsol Water executed the installation and commissioning of the plant.

Project Overview

The table below summarises the key details of the project.

About the Project

Large construction and project sites such as World Street Sports Center typically involve continuous activity across multiple work fronts, and each of these fronts depends on a steady water supply. Where raw water is drawn from borewells, municipal sources or tankers, the quality can vary and often carries dissolved salts, suspended particles and other impurities that are not suitable for direct use.

For a site of this nature, relying on untreated or inconsistently treated water can create operational uncertainty. A dedicated, in-house water treatment system gives the project team direct control over water quality and availability, rather than depending entirely on external supply. This is the context in which SUROJ Buildcon required a purpose-built industrial RO plant for World Street Sports Center.

Project Requirement and Challenges

Several practical factors shaped the water treatment requirement at the site:

. High-volume water requirement: A project site of this scale needed a system capable of handling a substantial and continuous water demand.

. Raw water quality concerns: Source water at project sites can carry dissolved salts, suspended solids and other impurities that affect usability.

. Consistent treated water quality: The site needed water treatment output that remains stable across long operating hours rather than fluctuating.

. Reliable plant operation: The system had to be built for dependable, low-downtime operation suited to an active project environment.

. Site-specific installation requirements: Available space, layout and access at the site needed to be factored into the plant's positioning.

. Piping and electrical integration: Raw water, treated water and reject water lines, along with the electrical connections for pumps and controls, needed to be integrated into the existing site infrastructure.

These factors together pointed toward a dedicated, high-capacity RO plant installation in Delhi rather than a smaller or generic filtration setup.

Proposed Solution: 10,000 LPH RO Plant

Based on the project's requirements, Netsol Water proposed a 10,000 LPH RO Plant. In simple terms, 10,000 LPH means the system is designed to treat 10,000 litres of raw water into purified water every hour, under the plant's specified operating conditions.

As an illustration only (and not a stated output figure for this specific project), a system rated at 10,000 LPH would have a theoretical production capacity of 100,000 litres per day if run continuously for 10 hours. Actual daily output at any site depends on the operating hours and conditions at that site.

The proposed system brings together several stages of treatment, described below:

. Pretreatment: Prepares raw water by reducing suspended solids and larger impurities before it reaches the membrane stage.

. Filtration: Multiple filtration stages help protect downstream equipment and improve water clarity.

. RO membrane technology: The core of the system, where dissolved salts and impurities are separated from the water.

. High-pressure pumping: Feed water is pressurised so it can pass through the RO membranes effectively.

. Treated water collection: Purified water (permeate) is collected for use at the site.

. Reject water management: The concentrate stream from the RO process is managed as per the site's disposal or reuse plan.

. Monitoring and control: A control panel allows the plant's operation to be monitored and adjusted as needed.

RO Water Treatment Process

A typical RO water treatment process follows this general flow: Raw Water → Pre-Treatment → Filtration → Micron Filtration → RO Membrane → Treated Water → Storage / Application.

The table below explains each stage of this general process. These are typical components of an industrial RO system rather than a confirmed equipment list for this specific project.

Installation and Commissioning

1. Site Assessment

Netsol Water's team assessed the available installation space at World Street Sports Center, along with the water source, piping routes and electrical requirements, before finalising the plant layout.

2. Equipment Installation

The 10,000 LPH RO Plant and its associated equipment were installed and positioned at the site according to the assessed layout.

3. Piping Connections

Raw water, treated water and reject water lines were connected to integrate the plant with the site's existing water infrastructure.

4. Electrical Integration

Pumps, the control panel and other associated electrical systems were connected as part of the installation process.

5. Testing and Commissioning

The system was started up and checked for correct operation as part of the commissioning process before being handed over for use.

6. Performance Verification

The plant's operation was verified against the required operating parameters to confirm it was functioning as intended for the site.

Watch the 10,000 LPH RO Plant Installation

For a closer look at the project, the video below provides a visual overview of the 10,000 LPH RO Plant installation carried out by Netsol Water for SUROJ Buildcon at World Street Sports Center, Delhi. It shows the installed system and gives site viewers a practical sense of how the plant has been set up at the location.

Key Benefits of the RO Plant

. High-volume treated water capacity suited to the scale of an active project site.

. Improved water quality management across the site's operations.

. Reduction of dissolved impurities through RO treatment.

. More reliable treated water availability for ongoing site activity.

. Industrial-grade treatment capability built for demanding environments.

. Better suitability for large, active project environments compared to smaller filtration units.

. A centralised water treatment solution for the site.

. Easier monitoring and operational management through the plant's control panel.

Project Outcome

. Requirement

SUROJ Buildcon needed a reliable, high-capacity water treatment solution for World Street Sports Center.

. Solution

Netsol Water proposed and delivered a 10,000 LPH industrial RO Plant suited to the site's requirements.

. Execution

The project moved through site installation, piping and electrical integration, testing and commissioning.

. Outcome

World Street Sports Center now has a dedicated RO-based water treatment system capable of supporting the project's treated water requirements.

Why Netsol Water?

Netsol Water works on industrial RO plant projects that call for system design, manufacturing and supply, installation, commissioning and ongoing operation and maintenance support. For a project like World Street Sports Center, that meant assessing the site's specific requirements and delivering a plant suited to the scale and conditions of an active project environment. This kind of technical grounding, applied consistently across projects, is what supports a smooth installation and a dependable outcome once the system is commissioned.

Conclusion

SUROJ Buildcon's requirement for a reliable water treatment solution at World Street Sports Center led to the installation of a 10,000 LPH RO Plant by Netsol Water. From site assessment through installation and commissioning, the project was executed to give the site a dependable, industrial-grade source of treated water. Reliable water treatment remains a practical necessity for large project sites, and a well-planned RO system is one of the most direct ways to address it. For industrial RO plant requirements at your own project site, get in touch with Netsol Water to discuss a solution suited to your needs.

Frequently Asked Questions

Q1. What is the capacity of the RO plant installed at World Street Sports Center?

Netsol Water installed a 10,000 LPH RO Plant at World Street Sports Center, Delhi, for SUROJ Buildcon.

Q2. What does 10,000 LPH mean in RO plant?

LPH stands for Litres Per Hour. A 10,000 LPH RO plant is designed to treat 10,000 litres of raw water into purified water every hour under specified operating conditions.

Q3. Why was RO plant required for the project?

A large project site like World Street Sports Center needs a dependable supply of treated water. An industrial RO plant helps manage water quality consistently at the volumes such a site requires.

Q4. Who installed the 10,000 LPH RO Plant at World Street Sports Center?

Netsol Water designed, supplied, installed and commissioned the 10,000 LPH RO Plant for SUROJ Buildcon.

Q5. Where was the RO plant installed?

The plant was installed at World Street Sports Center, located in Delhi, India.

Q6. What is the purpose of a 10,000 LPH industrial RO plant?

A 10,000 LPH industrial RO plant is built to treat high volumes of raw water on a continuous basis, making it suitable for sites with substantial daily water requirements.

Q7. Is a 10,000 LPH RO plant suitable for construction and large project sites?

Yes. A construction site RO plant of this capacity is well suited to sites where a steady, high-volume supply of treated water is needed for ongoing project activity.