Under this new agreement, atech innovations will exclusively manufacture ceramic membranes with special end treatment, developed by Bucher Denwel, including its update for a novel sealing system in Bucher Denwel`s state of the art pressure vessels. This innovative approach will enhance the performance and efficiency of ceramic membranes, offering breweries cutting-edge filtration technology.
In addition to this exclusive collaboration, both companies have agreed to closely cooperate on the application of ceramic membranes for beer filtration. This partnership aims to leverage the unique advantages of ceramic membranes—such as durability, chemical resistance, and sustainability—to provide breweries with a superior solution that meets the high standards of modern brewing processes.
“We are excited to partner with atech innovations, a company that shares our commitment to innovation and quality,” said Jan Vejvalka, Managing Director at Bucher Denwel. “This collaboration marks a significant step forward in our mission to provide breweries worldwide with state-of-the-art filtration technology that ensures the highest quality of beer recovery.”
“We are proud to collaborate with Bucher Denwel, a leader in the brewing industry,” added Peter Bolduan, CEO at atech innovations. “By combining our expertise in ceramic membrane technology with Bucher Denwel’s deep understanding of brewing processes, we are confident that we can deliver outstanding solutions that will set new standards in beer filtration.”
This strategic partnership underscores both companies’ dedication to pushing the boundaries of filtration technology in the food and beverage industry. By focusing on sustainable and efficient solutions, Bucher Denwel and atech innovations are poised to make a significant impact on the future of beer production worldwide.
The partnership between Bucher Denwel and atech innovations builds on a longstanding and successful collaboration. Both companies have specialized in the development of ceramic membranes for beer recovery and processing.
