Our products are found throughout the glass production process wherever there is a need for air and other industrial gases. Energy recovery, carbon capture and water treatment solutions further enable plant owners to operate their facilities more efficiently and sustainably .
Cooling fans proven throughout the glass making process, from ventilation systems to heavy duty abrasion resistant fans capable of working at high temperatures. Steam turbines provide onsite power and recover energy and liquid gas cylinders are a much more efficient solution for storing gases than high pressure cylinders, regardless of consumption.
The ExVel® Composite turbo fan is changing the game in glass production, offering unrivalled safety and reliability while saving energy and lowering operating costs.
Our unique carbon fiber composite technology is specifically engineered to combat high-cycle fatigue and results in exceptional life and reliability. Combined with our unique ExVel turbo fan technologies, Howden offer unmatched fan performance and reliability.
For applications requiring start/stop cycles or process/load changes, the ExVel Composite has changed the game with technology, which can eliminate fatigue cracks and failures known to plague steel impellers. This allows users to substantially reduce and even eliminate unplanned downtime, planned shutdowns, and routine maintenance costs related to steel fan impeller and fatigue, and more importantly increase reliability and plant safety.
Our steam turbines are used extensively with small-scale industrial power settings such as glass plants. They are also central to waste heat recovery, renewable energy systems and as drives for heavy machinery.
Energy recovery is a major industrial topic. Our steam turbines convert the waste heat produced in glass manufacturing to new forms of energy with a high degree of overall utilisation: electric power, heat and steam.
The return on investment (ROI) of a steam turbine for a medium-size float glass plant is very attractive, being typically less than 2 years, depending on production volume and energy.
The ExVel® Composite turbo fan is changing the game in glass production, offering unrivalled safety and reliability while saving energy and lowering operating costs.
Our unique carbon fiber composite technology is specifically engineered to combat high-cycle fatigue and results in exceptional life and reliability. Combined with our unique ExVel turbo fan technologies, Howden offer unmatched fan performance and reliability.
For applications requiring start/stop cycles or process/load changes, the ExVel Composite has changed the game with technology, which can eliminate fatigue cracks and failures known to plague steel impellers. This allows users to substantially reduce and even eliminate unplanned downtime, planned shutdowns, and routine maintenance costs related to steel fan impeller and fatigue, and more importantly increase reliability and plant safety.
Our steam turbines are used extensively with small-scale industrial power settings such as glass plants. They are also central to waste heat recovery, renewable energy systems and as drives for heavy machinery.
Energy recovery is a major industrial topic. Our steam turbines convert the waste heat produced in glass manufacturing to new forms of energy with a high degree of overall utilisation: electric power, heat and steam.
The return on investment (ROI) of a steam turbine for a medium-size float glass plant is very attractive, being typically less than 2 years, depending on production volume and energy.
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