Case Study
Temporary Heating Solution for an Engineering Company in Elland
Overview
Client: Engineering Company in Elland
Industry: Engineering
Project Overview: Temporary Heating Solution
Background
An engineering company located in Elland, West Yorkshire, faced a significant operational challenge when their installed radiant heating system failed unexpectedly. The breakdown occurred during a critical period, and to complicate matters further, the spare parts needed for repair were on backorder from the United States, with no immediate availability. As the winter cold approached, the lack of adequate heating threatened to disrupt the company’s production activities and posed discomfort for employees working in the facility.
Challenge
The engineering company required a robust, temporary heating solution that could effectively replace the performance of their existing radiant heating system while repairs were underway. The temporary solution needed to provide consistent, high-capacity heating to maintain optimal working conditions in the large industrial space, ensuring both operational continuity and employee comfort. Given the size of the facility and the specific heating requirements, the solution had to be powerful enough to compensate for the loss of the radiant system and capable of integrating seamlessly with the existing infrastructure. Additionally, the company needed a reliable fuel supply to support continuous operation over an extended period, as the timeline for receiving spare parts from the USA was uncertain.
Solution
Newsome, renowned for their expertise in delivering tailored temperature control solutions, quickly responded to the company’s urgent needs. Following an on-site assessment, they recommended the installation of a 200 kW indirect fired oil heater, along with a dedicated fuel tank to ensure uninterrupted heating. The 200 kW oil heater was chosen for its high efficiency and capacity to deliver substantial heat output across large industrial spaces. Its indirect-fired design was particularly suitable for the engineering environment, as it provided clean, fume-free heat, ensuring a safe and comfortable atmosphere for employees without compromising air quality. The heater was strategically positioned to distribute warm air evenly throughout the facility, effectively compensating for the loss of the existing system.
To support the heater’s operation, Newsome also provided a fully equipped fuel tank. This ensured a steady supply of fuel, enabling the heater to run continuously until the repair of the radiant heating system was completed. The setup was designed for easy monitoring and management, allowing the company to focus on their core operations without worrying about fuel logistics.
Technical Details
The 200 kW indirect fired oil heater supplied by Newsome featured advanced combustion technology, allowing it to achieve high efficiency and consistent performance. The unit’s design separated the combustion process from the airflow, ensuring that only clean, heated air was circulated within the facility. This made it an ideal choice for environments where maintaining air quality and safety standards is crucial.
The heater was equipped with a robust heat exchanger and a powerful fan, which facilitated efficient heat transfer and rapid distribution of warm air. Its high-capacity output was sufficient to maintain the desired temperature across the expansive production area, ensuring that both machinery and personnel operated under optimal conditions. The accompanying fuel tank was selected to match the heater’s consumption rate, providing enough capacity to support extended use without frequent refuelling. The tank was equipped with safety features such as spill containment and overfill protection, minimising the risk of environmental hazards and ensuring compliance with safety regulations.
Result
The temporary heating solution provided by Newsome successfully mitigated the impact of the radiant heating system failure. The engineering company was able to maintain a stable and comfortable indoor environment, allowing their production processes to continue without interruption. Employees reported improved working conditions, which contributed to sustained productivity and morale during the challenging period. Newsome’s rapid response and technical expertise ensured that the company did not suffer from operational downtime while awaiting the arrival of spare parts from the USA. The temporary heater and fuel supply worked seamlessly, delivering reliable performance and keeping the facility warm and functional throughout the repair period.
Conclusion
This case study highlights Newsome’s capability to deliver effective and high-performance temperature control solutions under challenging circumstances. Their quick response and comprehensive support enabled the engineering company to navigate a potentially disruptive heating system failure with minimal impact on their operations.
For businesses facing similar challenges, Newsome offers a broad range of heating and cooling solutions, including industrial heaters, boilers, and chillers for hire, designed to meet diverse operational needs. Their commitment to quality service and tailored solutions makes them a dependable partner for any organisation seeking to maintain optimal conditions and operational resilience, no matter the situation.