How do you filter polymer from glycerin?
Removing polymers from wastewater presents several challenges that require a well-thought-out and integrated filtration process. In the first step, a thorough analysis is carried out to determine the exact composition of the wastewater and the polymers present. Using innovative separation techniques, a filtration system is designed that consists of several coordinated steps. First, coarse sediment particles are removed, after which a fine-meshed filtration takes place to effectively separate the smaller polymers.
The dynamic filtration process
Variables such as viscosity, temperature and chemical composition play a central role in this dynamic process. The use of advanced materials and state-of-the-art technologies ensures that the filtration process is stable and reliable, even in environments with variable water quality. Continuous monitoring and strict quality control ensure that the separated polymers are discharged consistently and in a controlled manner.
Sustainable solutions and collaboration
This sustainable and custom-developed solution ensures that wastewater can be treated efficiently, which is both cost-saving and environmentally friendly. The collaboration with technical experts and the focus on innovation contribute to the continuous improvement of the process. As a result, companies can count on a solution that is not only effective, but can also be used flexibly in a wide range of industrial applications. Contact us for a suitable solution and/or a completely free quote.
Some of our liquid filtration products
Marc Jansen
Expert Filtration Solutions at Your Fingertips
Seeking expert advice on oil and gas industry filters? Reach out to us for a customized solution and quote. Our team of filter specialists is ready to assist you around the clock.