Mobile Filters as an RTO alternative
Effective solution for temporary replacement, substitution or optimisation
INTRODUCTION
With the uncertainty about gas prices and gas availability, many companies are looking for ways to decrease their gas needs. Alternative solutions can help with this, but must be readily available, ready to use and with certainty deliver the expected results. Mobile activated carbon filters can help with this when it comes to reducing gas consumption by optimising or replacing your RTO.
Activated carbon filtration is a proven method for removing pollutants from industrial air streams. As the market leader in mobile activated carbon filtration, we have made it our goal to help you figure out how to optimise your RTO easily and understandably.
Therefore, we have collected all our resources here for you.
RESOURCES
Our video gives a short overview about how you can save gas by temporarily replacing or optimising your RTO with a mobile filter.
Dive deeper into the topic of RTO optimisation with all our resources below ⬇️
Comment les filtres à charbon actif mobiles peuvent être utilisés comme système de secours pour les oxydateurs thermiques et les RTO (FR)
CONTACT US
Our expert team of Desotec sales engineers will happily help you assess the possibility of optimizing or replacing your RTO with our sustainable and circular solution.
ABOUT DESOTEC
Protecting our planet through circular filter solutions for clean water, air and soil.
This is the mission we are on, every single day. We do this by providing companies with filters that capture pollutants from air, water and soil. We use a natural activated carbon that acts like a sponge, sucking up contaminants, and our innovative circular process enables us to reuse the carbon and create energy at the same time. Since our inception in 1990, we have committed ourselves to being a sustainable company, a good neighbour, a great employer and above all, having a positive impact on the world we live in by protecting the environment with our filter solutions.