Martin J Still

Title: Innovations by Martin J. Still: A Focus on Ceramic Filtration

Introduction

Martin J. Still is an innovative inventor based in Tuusula, Finland. He has made significant contributions to the field of filtration technology, particularly through his patent focusing on ceramic filter elements. His work emphasizes the importance of efficiently sealing these filtering units to ensure the purity of the permeate liquid.

Latest Patents

Martin J. Still holds a patent for a "Filtering unit and method of sealing same." This invention includes ceramic filter elements designed with a feed surface that is covered with a ceramic filter membrane. As feed liquid flows over this surface, a portion of the liquid is allowed to pass through the membrane and is subsequently discharged as permeate liquid. Notably, the filter includes an impermeable surface portion that engages with a seal or gasket assembly. This assembly contains two seal portions that create a channel, which connects with a discharge channel. Should any liquid leak occur between the filter element and adjoining surfaces, it will enter the discharge channel, thereby indicating a leak in the seal and a potential risk of contamination to the permeate liquid.

Career Highlights

Currently, Martin J. Still is associated with Steris Europe, Inc. Suomen Sivuliike, where he continues to work on advancing filtration technologies. His dedication to creating efficient and reliable filtration methods showcases his commitment to enhancing the quality of liquid purification processes.

Collaborations

In his professional journey, Martin collaborates closely with Teppo J. Nurminen, leveraging their collective expertise to foster innovations in their field. Together, they contribute to the ongoing success and advancement of the filtration industry.

Conclusion

Martin J. Still exemplifies the spirit of innovation with his patent for ceramic filtration technology. His work not only emphasizes the importance of effective sealing but also addresses the critical need for purity in filtration processes. As he continues to collaborate and develop new solutions, his contributions are sure to influence the future of filtration technologies.