4500 WL CNG Cascade Supplied to Shahjahanpur, Uttar Pradesh

Project Overview

Urjika Consulting & Engineering Solutions Pvt. Ltd. supplied a 4500 WL CNG Cascade for a CNG/CBG plant project in Shahjahanpur, Uttar Pradesh, on 25 July 2025.

CNG cascades are an important part of gas infrastructure, providing high-pressure storage to support the intended gas supply and distribution arrangement. Selecting and integrating suitable storage equipment is essential to meeting a project's engineering requirements and operational needs.

Equipment Supplied

4500 WL CNG Cascade

The supplied cascade has a nominal water capacity of 4,500 litres. It is designed for compressed natural gas storage as part of a compatible system configuration.

Actual gas storage capacity depends on operating pressure, gas temperature, cylinder configuration, and other system conditions.

Application in CNG/CBG Infrastructure

CNG cascades can support gas storage requirements in CNG/CBG infrastructure, depending on the plant design and intended application.

Key engineering considerations when specifying and integrating cascade equipment include:

Suitability for the specified operating pressure and service conditions.

Compatibility with associated gas-handling equipment and connections.

Appropriate installation, accessibility, and maintenance provisions.

Compliance with applicable safety requirements and approved project specifications.

Project Coordination

Engineer In-Charge: Mr. Satyanarayan Gupta

The engineer in charge plays an important role in coordinating technical requirements and equipment-related activities with the relevant project stakeholders.

Effective coordination helps align equipment specifications with site requirements and supports the planned execution of gas infrastructure projects.

Project Highlights

Project Location: Shahjahanpur, Uttar Pradesh

Project Date: 25 July 2025

Application: CNG/CBG Plant

Equipment Supplied: 4500 WL CNG Cascade

Engineer In-Charge: Mr. Satyanarayan Gupta

Key Takeaways

This project highlights the role of appropriate gas storage equipment in CNG/CBG infrastructure development. Correct equipment selection, compatibility with the overall system design, and adherence to applicable engineering and safety requirements are important factors in supporting reliable gas infrastructure.

Conclusion

The Shahjahanpur project reflects Urjika Consulting & Engineering Solutions Pvt. Ltd.'s contribution to the CNG/CBG sector through the supply of a 4500 WL CNG Cascade.

By supporting gas storage requirements with purpose-selected equipment, Urjika continues to contribute to the development of India's evolving gas infrastructure and clean-energy ecosystem.