Company Filing History:
Years Active: 2024
Title: **Innovator Spotlight: Peter Weidner**
Introduction
Peter Weidner, an inventive mind based in Munich, Germany, is recognized for his contribution to water treatment technology. With one patent to his name, Weidner has made a significant impact in the field, addressing essential needs in liquid conditioning. His work exemplifies innovation within the environmental technology sector.
Latest Patents
Weidner's patent, titled "Apparatus and method for treating an aqueous liquid," revolves around an advanced apparatus designed to condition aqueous liquids effectively. This innovation includes various components such as an inlet, a liquid treatment device utilizing ion exchange with cation exchange material in the hydrogen form, and a membrane filtration unit. Additionally, the apparatus features a section that processes filtrate generated by the membrane filtration device, incorporating a treatment mechanism to dissolve minerals that contribute to carbonate hardness in water. This invention showcases Weidner's technological expertise and commitment to improving water quality.
Career Highlights
Currently, Peter Weidner is affiliated with Brita SE, a company known for its water solutions and filtration systems. His role within the organization has enabled him to develop and refine effective water treatment technologies, underlining his status as a key player in his field.
Collaborations
Throughout his career, Weidner has collaborated with notable colleagues, including Simon Floren and André Koehler. Their combined expertise fosters a creative environment that drives the development of innovative solutions for water treatment challenges.
Conclusion
Peter Weidner stands out as an inventor whose work has substantial implications for water conditioning technologies. His patent reflects a commitment to environmental betterment and showcases the collaborative spirit of innovation within Brita SE. As he continues to address critical issues in liquid treatment, Weidner’s contributions are likely to benefit communities and industries alike.