Case Study: 5 m³/hr Water Treatment Plant in Ginger Hotel, Jorhat, Assam

Netsol Water successfully executed the installation and commissioning of a 5,000 LPH (5 m³/hr) Water Treatment Plant at Ginger Hotel Jorhat, a hospitality property located in Jorhat, Assam. The project was designed to treat borewell water drawn on-site and to support the client's objective of reusing treated water as part of its overall water management practice. As the executing partner, Netsol Water was involved in understanding the client's requirement, developing an appropriate treatment approach, and delivering the WTP solution to meet the property's operational needs.

About Netsol Water

Netsol Water is a water and wastewater treatment solutions provider with experience across Water Treatment Plants (WTP), Sewage Treatment Plants (STP), Effluent Treatment Plants (ETP), and RO Plants for commercial, residential, and industrial applications. For the Ginger Hotel Jorhat project, Netsol Water's role extended across evaluating the raw-water source, designing a suitable treatment configuration, supplying and installing the required equipment, and commissioning the plant for operational use. Netsol Water's approach centers on aligning each treatment system with the specific raw-water characteristics and end-use requirements of the site, rather than applying a generic solution.

About Ginger Hotel & Project Background

Ginger Hotel is a hospitality property operating in Jorhat, Assam. Hotels and hospitality facilities depend on a consistent and dependable water supply to support daily housekeeping, guest amenities, and general facility operations, which makes reliable water treatment an important part of overall property management. Ginger Jorhat required a suitable water-treatment solution for its borewell water source, and Netsol Water was engaged to provide and install the required 5,000 LPH WTP solution to meet this need.

Client's Water Treatment Requirement

The core requirement at Ginger Hotel was to treat borewell water drawn on-site so that it could be reliably used and reused within the property's operations. The key aspects of the requirement included:

. Borewell water as the primary raw-water source for the property

. A need to improve the quality of the raw borewell water for the intended application

. A required treatment capacity of 5,000 LPH (5 m³/hr) to match the property's water demand

. Consistent and dependable availability of treated water for ongoing hotel operations

. Support for the client's treated-water reuse objective

. Reliable day-to-day operation suited to a hospitality environment

Netsol Water addressed this requirement by evaluating the raw-water source and the client's application before finalizing the WTP configuration best suited to the site.

Raw Water Source & General Water Parameters

Raw Water Source: Borewell Water

The raw water for the Ginger Hotel project is sourced from an on-site borewell. Borewell water quality can vary considerably depending on local geological and hydrogeological conditions, and it is common practice to evaluate a range of general water-quality parameters before finalizing a treatment approach. These parameters typically include:

. pH

. Total Dissolved Solids (TDS)

. Turbidity

. Hardness

. Alkalinity

. Iron

. Chloride

. Sulphate

. Other site-relevant parameters

For the Ginger Hotel project, the treatment approach was based on the general characteristics of borewell water and the treated-water quality required for the client's application, rather than on assumed or standardized values. Netsol Water's design process for such projects is grounded in the actual raw-water analysis and the required treated-water outcome for the specific site.

Netsol Water's Approach to the Project

Step 1 – Understanding the Requirement

Netsol Water evaluated Ginger Hotel's water-treatment requirement, including the intended application of the treated water within the property.

Step 2 – Understanding the Raw Water

The borewell-water source at the site and its general water-quality characteristics were considered as the starting point for the treatment design.

Step 3 – Determining the Treatment Requirement

The treatment objective was aligned with the treated-water quality needed for the client's application and the stated water-reuse requirement.

Step 4 – Selecting the WTP Configuration

Based on the requirement and raw-water characteristics, Netsol Water selected a WTP configuration suited to a 5,000 LPH capacity for the property.

Step 5 – Equipment & System Integration

The required treatment equipment, pumps, piping, controls, and associated components were integrated into a single working system as per the project scope.

Step 6 – Installation & Commissioning

Netsol Water carried out the on-site installation, system testing, and commissioning process to bring the plant into operation.

5,000 LPH WTP Treatment Solution

The Ginger Hotel WTP was designed to treat borewell water at a capacity of 5,000 LPH (5 m³/hr). At a general level, the treatment concept follows this sequence:

Borewell Water → Pre-Treatment → Water Treatment → Treated Water Storage → Reuse/Application

The exact treatment stages and equipment configuration correspond to the WTP system supplied and installed by Netsol Water for this project, and are aligned with the site's raw-water characteristics and the client's reuse requirement.

Major Equipment Used in the WTP

A Water Treatment Plant of this type is typically built around a combination of equipment categories that work together to treat raw water to the required standard. For the Ginger Hotel project, this includes equipment supplied and installed by Netsol Water such as:

. Raw Water Pump – draws borewell water into the treatment system

. Filtration Equipment – removes suspended solids and particulate matter from the raw water

. Treatment Equipment – processes the water to the required treated-water quality

. Dosing System – supports water-quality conditioning as required by the treatment process

. Pumps – maintain water flow across the various stages of the system

. Valves & Piping – control and direct water flow through the plant

. Control Panel – manages and monitors plant operation

. Instruments – support monitoring of key operating parameters

. Treated Water Storage – holds treated water for reuse and distribution

The specific equipment sizing and configuration for this project are based on the 5,000 LPH capacity requirement and the site's raw-water profile.

How the 5,000 LPH WTP Works?

In general terms, the plant operates as a sequence of stages, each performing a specific function before passing water to the next:

. Raw borewell water is drawn into the system by the raw water pump.

. The water passes through pre-treatment and filtration stages to remove suspended solids and particulate matter.

. The water then undergoes the core treatment process designed to bring it to the required treated-water quality.

. Treated water is directed to storage, from where it is made available for reuse within the property.

This sequence allows facility teams, engineers, and procurement staff to understand the plant's operation without requiring specialized technical background, while the underlying process remains aligned with standard water-treatment engineering practice.

Installation & Commissioning by Netsol Water

Netsol Water's execution scope for the Ginger Hotel project covered the full on-site delivery of the plant, including:

. Site preparation for equipment placement

. Positioning and installation of treatment equipment

. Piping and interconnections between system components

. Electrical connections for pumps, controls, and instrumentation

. Control-panel integration

. System testing

. Trial operation

. Commissioning and final handover to the client

This end-to-end execution reflects Netsol Water's practical project-delivery capability, from site readiness through to a fully commissioned, operational plant.

Treated Water Reuse

A central objective of the Ginger Hotel project was to support the reuse of treated water. By treating the property's borewell water, Netsol Water's WTP solution enables Ginger Hotel to make better use of its available water resources, reduce reliance on untreated raw water for suitable applications, and improve overall water management at the property. The treated water is intended for suitable reuse applications as per the site's operational requirements. This approach supports water conservation and helps reduce unnecessary wastage as part of the property's day-to-day operations.

Project Outcome & Benefits

Following installation and commissioning, the Ginger Hotel project delivered a set of practical operational benefits:

. Improved quality of water drawn from the on-site borewell

. Reliable availability of treated water to support daily operations

. Better overall water management at the property

. Ongoing treatment of borewell water through a dedicated 5,000 LPH system

. Support for the client's treated-water reuse objective

. Consistent plant operation suited to a hospitality setting

. Improved operational control over the water-treatment process

These outcomes are directly connected to the WTP solution designed, supplied, and commissioned by Netsol Water for this project.

Why Netsol Water Was the Right Project Partner?

The Ginger Hotel project reflects several aspects of Netsol Water's approach to water-treatment projects:

. Experience across WTP, STP, ETP, and RO systems

. A project-specific approach rather than a standardized, one-size-fits-all solution

. Customized WTP configurations based on the client's actual requirement

. Consideration of raw-water characteristics before finalizing the treatment design

. Capability to integrate equipment, piping, and controls into a complete working system

. Installation and commissioning delivered as part of project execution

. Availability of technical and after-sales support

These factors supported Netsol Water's role in delivering a WTP solution suited to Ginger Hotel's operational context.

Project Highlights

Conclusion

Ginger Hotel's requirement for a dependable water-treatment solution for its borewell water was addressed through a 5,000 LPH Water Treatment Plant designed, supplied, installed, and commissioned by Netsol Water. The project reflects a structured approach — from understanding the raw-water source and the client's application, through equipment integration and installation, to a commissioned plant supporting treated-water reuse. The Ginger Hotel WTP project stands as an example of Netsol Water's capability in delivering customized Water Treatment Plant solutions for the hospitality sector in Assam and beyond.

About Netsol Water

Netsol Water provides customized water and wastewater treatment solutions for commercial, residential, and industrial applications. With expertise in WTP, STP, ETP, and RO systems, Netsol Water develops treatment solutions based on specific project requirements and raw-water characteristics.

If you are looking for a customized Water Treatment Plant for your hotel, commercial facility, or industrial application, contact Netsol Water to discuss your water-treatment requirement.

Frequently Asked Questions (FAQ)

Q1. What is the capacity of the WTP installed at Ginger Hotel?

The Water Treatment Plant installed at Ginger Hotel has a capacity of 5,000 LPH (5 m³/hr).

Q2. What is the raw-water source for the Ginger Hotel WTP?

The plant treats borewell water sourced on-site at the property.

Q3. Where is the 5,000 LPH WTP located?

The plant is installed at Ginger Hotel in Jorhat, Assam.

Q4. What is the purpose of the Water Treatment Plant at Ginger Hotel?

The plant treats borewell water to support the property's water-quality requirements and its treated-water reuse objective.

Q5. Can treated water from a WTP be reused?

Yes. Treated water from a properly designed WTP can generally be reused for suitable applications depending on the treated-water quality and the site's operational requirements.

Q6. Does Netsol Water provide customized Water Treatment Plants?

Yes. Netsol Water designs WTP solutions based on each project's raw-water characteristics and specific requirements, as demonstrated in the Ginger Hotel project.