Michael P Ratigan

Title: Michael P Ratigan: Innovator in High-Pressure Fluid Systems

Introduction

Michael P Ratigan, based in Scituate, RI, is a notable inventor with a focus on high-pressure fluid processing technologies. His contributions include two patented inventions that address challenges in fluid systems, emphasizing both operational efficiency and purity.

Latest Patents

Ratigan’s most recent innovation is a high-pressure fluid processing device designed for batch processing. This device simplifies the batch processing of materials by employing a processing module that reduces particle size or achieves targeted liquid processing results. The system features a pump to transport material to the processing module's inlet and recirculates the material back through a pathway for multiple passes, ensuring optimal results based on user-defined variables.

In addition, Ratigan holds a patent for a high-pressure priming valve that enhances fluid purity in high-pressure systems. This priming valve includes three ports with angled designs, allowing for effective drainage and preventing biological growth within the system. The needle mechanism within the valve provides flexible control of fluid pathways, which is crucial for maintaining high-purity applications, thereby reducing contamination risks.

Career Highlights

Ratigan works for Idex MPT Inc., a company known for its innovative fluid management solutions. His work contributes significantly to developing products that meet the rigorous demands of high-pressure fluid environments.

Collaborations

Throughout his career, Ratigan has collaborated with fellow innovators David G Harney and John Michael Bernard. This teamwork fosters a creative environment that enhances the development of new technologies and solutions.

Conclusion

Michael P Ratigan exemplifies dedication to innovation in high-pressure fluid systems. His patented inventions contribute to both industry effectiveness and safety, marking him as a significant figure in engineering advancements within his field.