Long-Term –25°C Brine Chiller for Global Pharmaceutical Leader

Introduction

A leading Indian pharmaceutical manufacturer with a strong global presence in APIs and generic medicines required a reliable low-temperature cooling system for its critical production facility. As a market leader supplying medicines worldwide, the company operates under stringent regulatory and quality standards where temperature stability is essential for process integrity.

To support its manufacturing operations, the client sought a long-term cooling solution capable of maintaining sub-zero conditions without incurring heavy capital expenditure.

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Project Requirement

The facility required two 350 TR water-cooled brine chillers capable of delivering temperatures down to –25°C. These chillers were intended to support temperature-sensitive pharmaceutical processes such as API production, crystallization, solvent recovery, and controlled reactor cooling.

Given the importance of maintaining uninterrupted manufacturing for global medicine supply, the project demanded fast-track execution, high reliability, and full turnkey responsibility.

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Modern Hiring Service Solution

Modern Hiring Service supplied brand-new 350 TR water-cooled brine chillers along with the complete cooling ecosystem, including cooling towers, electrical panels, and a fully integrated piping network. The scope covered mobilization, fabrication, erection, system integration, testing, and commissioning.

The entire project was executed and made operational within 60 days from the date of contract award, reflecting disciplined project management and technical capability.

The rental contract was structured for 36 months, ensuring long-term operational continuity for the facility.

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Operational & Financial Impact

By opting for a rental solution, the customer avoided substantial capital investment, eliminated the burden of maintaining spare inventories, and reduced the need for dedicated technical manpower. The rental model provided financial flexibility while ensuring consistent low-temperature performance across critical pharmaceutical processes.

The –25°C brine system enabled stable reaction environments, safeguarded product quality, and supported uninterrupted manufacturing aligned with global compliance standards.

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Conclusion

This project demonstrates Modern Hiring Service’s expertise in delivering high-capacity, sub-zero temperature control solutions for the pharmaceutical industry. Through rapid execution, supply of new-generation equipment, and comprehensive turnkey support, the company ensured operational reliability while allowing the client to focus entirely on manufacturing life-saving medicines for global markets.

Modern Hiring Service continues to be a trusted partner for mission-critical temperature control across regulated industries where precision and uptime are paramount.