Christopher Teruna, PhD

A R&D and modelling engineer at JOA Air Solutions. Which is responsible for investigating means of recycling industrial waste heat and modelling (e.g., vapor extraction and hydronics system) and physical computations. His focus is the integration of high-temperature heat pumps to replace industrial boilers for low/medium pressure steam generation, which would save long-term operational costs and reduce carbon emission.

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Christopher Teruna, PhD

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Christopher Teruna, PhD

How Heat Pumps can replace gas boilers in industrial drying processes

By Christopher Teruna, PhD / February 2024

Less dependance on fossil fuel, less loss of industrial heat

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Heat Recovery with Heat Exchangers to Lower Your Sites’ Energy

By Christopher Teruna, PhD / October 2023

Discover how industrial heat exchangers can revolutionize energy efficiency and sustainability in your industrial operations

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How does an Active Carbon Filter Work in Air filtration? 

By Christopher Teruna, PhD / September 2023

and when should you apply an Activated Carbon Filter in Air Filtration

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Comparing the best suppliers of Heat Pumps at Higher Temperatures 

By Christopher Teruna, PhD / September 2023

Including JOA’s preferred partners for High Temperature Heat Pumps!

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How to use Heat Pumps to improve industrial processes

By Christopher Teruna, PhD / August 2023

Decarbonize operations with industrial Heat Pumps

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Industrial waste heat recovery: save energy and reduce costs

By Christopher Teruna, PhD / July 2022

Many organizations don’t use the full potential of waste heat recovery. Find out how it can save energy, lower greenhouse gas emissions, and reduce costs.

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