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Mourik Climate Technology focuses on creating optimal climatological conditions for Industry & Offshore and underground building-linked installations, such as tunnels, metro stations and multi-storey car parks, thus enabling people and processes to function in the best possible way and with respect for the environment.
Mourik Climate Technology is a multidisciplinary customer-oriented organisation that uses both custom-made projects and standard products to resolve climatological problems. The central concept of our services is the turn-key principle with its innovative character. And, needless to say, we are always on the lookout for the best possible price/quality ratio.
We have a distinctive innovative and solution-oriented approach, and we regularly collaborate with TNO and various universities. Mourik Climate Technology usually works on a turn-key basis. With us as your partner, you are assured of excellent service, from the initial advice, which is geared perfectly to your requirements, right up to the moment the installation is put into operation. Mourik Climate Technology takes responsibility for the entire procedure and uses its own engineering department and production and implementation facilities for this. To guarantee the highest quality standards at all times, we work with the ISO 9001 quality control system. We are also certified for a number of industry standards, such as VCA and NCP. And you can also rely on our excellent after-sales service.
Our mission is to make the world a better place in which to live and work, and we want to make the climate in buildings healthier, safer and more productive. Our goal is to reduce harmful effects, such as those from CO2 emissions. Last but certainly not least, we want to use the world’s natural energy resources in a more sustainable way.
Mourik Climate Technology believes that sustainable solutions are the basis for the future. Mourik Climate Technology is therefore constantly working on innovations and technologies that save energy. We combine existing technologies with new developments, which help to achieve these savings. We test every new development against the three principal steps of the Trias Energetica:
These three steps keep CO2 emissions to a minimum.