Sisko Viitala

Title: Sisko Viitala - Innovator in Waste Water Management

Introduction

Sisko Viitala is a notable inventor based in Rajamäki, Finland. She has made significant contributions to the field of waste water management through her innovative designs and methods. Her work focuses on improving the efficiency of waste water treatment processes, particularly in separating grease from waste water.

Latest Patents

Sisko Viitala holds a patent for a separator device, which is a method and device designed for separating grease from waste water. The separator device features a receptacle with an upper first part and a lower second part, separated by a plate. It includes an inlet port for waste water, a discharge port for separated waste water, discharge means for grease and/or sludge, and an overflow pipe that connects the two parts of the receptacle. Waste water enters through the inlet port into the upper part, where it undergoes gravity separation, forming a grease layer on top of the separated waste water layer and a sludge layer on the plate. To achieve a high degree of separation, the separated waste water flows through the overflow pipe into the lower part of the receptacle. Grease and sludge are removed through the discharge means, while the separated waste water is discharged through the discharge port.

Career Highlights

Sisko Viitala is currently employed at Evac International Oy, where she continues to develop innovative solutions for waste water treatment. Her work at the company has positioned her as a key player in advancing technologies that enhance environmental sustainability.

Collaborations

Sisko collaborates with her coworker, Tommi Naski, to further innovate in the field of waste water management. Together, they work on projects that aim to improve the efficiency and effectiveness of waste water treatment processes.

Conclusion

Sisko Viitala's contributions to waste water management through her patented separator device demonstrate her commitment to innovation and environmental sustainability. Her work continues to influence the industry and pave the way for more efficient waste water treatment solutions.