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St. Joseph’s Engineering College

Global Labs & Consultants > Hospitality Sector > Colleges & Hostels > St. Joseph’s Engineering College

About client

St. Joseph’s Engineering College, nestled in the picturesque town of Pala, Kottayam, embarked on a transformative journey in 2008 with the design and installation of a state-of-the-art Water Treatment Plant (WTP). With a daily capacity of 300 cubic meters, the WTP became an integral component of the college’s infrastructure, ensuring a reliable and purified water supply to meet the diverse needs of academic activities and campus life. This forward-thinking initiative underscored the institution’s commitment to providing a conducive and sustainable learning environment for its students and staff.

In addition to the initial installation, the college has demonstrated its dedication to the longevity and optimal functioning of the water treatment system by establishing an Annual Maintenance Contract (AMC). This contract signifies a proactive approach to regular maintenance, ensuring that the WTP continues to operate at peak efficiency throughout the current year. St. Joseph’s Engineering College, with its investment in cutting-edge water treatment technology and a commitment to ongoing maintenance, exemplifies a holistic approach to environmental stewardship and responsible campus management.

Project information

Organization

St. Joseph's Engineering College

Location

Pala, Kottayam

Service Provided & Year

WTP - Design, Installation (2008), AMC (Annual Maintenance Contract on current year)

Technology

GS (Global System, an Integrated System of Anaerobic & Aerobic biodegradation process.)

Capacity

300 cubic meters per day

Project goals

The project at St. Joseph’s Engineering College, initiated in 2008, aimed to establish a robust Water Treatment Plant (WTP) with a daily capacity of 300 cubic meters. This visionary endeavor sought to ensure a consistent and purified water supply, enhancing the college’s infrastructure to meet the diverse needs of academic activities and campus life. The project’s overarching goal was to create a sustainable and conducive learning environment by integrating advanced water treatment technology, aligning with the institution’s commitment to environmental responsibility and the well-being of its students and staff.

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