Jongia Mixing Technology designed the Gas Inducing Mixer to dissolve gas in liquid in order to achieve a (chemical/biochemical) reaction. The mixer is most commonly used in hydrogenation (curing) processes and especially for hydrogenation of fats (acids) in the food industry. In this week’s tutorial, we want to show you how the Gas Inducing Mixer works and why it is of great value in the mixing process and for ensuring the quality of your product.
Want to know more?
As with all mixing processes, the mixing of gases with liquids requires a specific approach. Jongia Mixing Technology has the knowledge and experience to give you full advice in this field. Any questions? Please do not hesitate to contact us.
Contact our specialized team for all your questions
Tom Pruymboom
Sales Director
Area Worldwide
Bart Brouwer
Area Sales Manager
Area Worldwide
Technical Questions?
Jan Siert Tjeerdsma
Project Manager
Technical Specialist
Meet Erik Brouwer
The introduction of: Senior Process Engineer Erik Brouwer
To introduce you to the professionals at Jongia Mixing Technology, we present one of our employees once every four weeks. This week we want to introduce you to 63 year old Erik Brouwer. Erik is a senior Process Engineer. Diversity
Tutorial: How does the Gas Inducing Mixer work?
Jongia Mixing Technology designed the Gas Inducing Mixer to dissolve gas in liquid in order to achieve a (chemical/biochemical) reaction. The mixer is most commonly used in hydrogenation (curing) processes and especially for hydrogenation of fats (acids) in the food
The Gas Inducing Mixer: from request to solution
When gas/liquid reactions with pure gases have to be created, the Gas Inducing Mixer is used. However, what type of customer comes to Jongia Mixing Technology for this agitator? And what are the next steps? What solution does Jongia Mixing
Gas Inducing Mixer: an unique design
Dissolving gas in liquid is not an easy task. This is exactly the reason why Jongia Mixing Technology developed its own Gas Inducing Mixer. The mixer is designed to make a gas/liquid dispersion. This means dissolving the gas in a
