This inventor holds 2 USPTO granted patents. Top assignee: Sentry Equipment Corporation. Active years: 2013.
Company Filing History:
Years Active: 2013
Title: The Innovative Mind of Mark Zeck
Introduction
Mark Zeck, an inventive mind hailing from Snyder, TX, is noted for his contributions to the field of chemical injection systems. With two patents to his name, his innovations focus on enhancing the efficiency and safety of odorant injection in natural gas and LPG pipelines.
Latest Patents
Mark Zeck's latest patents include a novel "Self-optimizing odorant injection system." This sophisticated method allows for the injection of chemicals, such as odorants, from a supply into a fluid-containing system efficiently. The system involves a tank of odorant maintained at a pressure above ambient but below pipeline pressure. The injection conduit facilitates communication between the odorant tank and the pipeline. A hydraulic pressure booster within the conduit helps pressurize the chemical, allowing for precise flow control through either a drip-style metering valve or a pair of valves designed for varying flow rates.
Career Highlights
Mark currently contributes his expertise at Sentry Equipment Corporation, where he applies his inventive skills to develop advanced solutions for fluid management. His work emphasizes the importance of safety and reliability in pipeline operations, helping to mitigate risks associated with chemical injection.
Collaborations
Though specific collaboration details are not publicly documented, Mark's innovations have likely been influenced by his interactions with engineers and scientists at Sentry Equipment Corporation and within the industry. Such collaborations foster an environment ripe for innovation in chemical systems.
Conclusion
Mark Zeck stands out as an inventor whose advancements in odorant injection systems demonstrate significant improvements in operational safety and efficiency. As he continues to refine his inventions at Sentry Equipment Corporation, the impact of his work is bound to shape the future of chemical injection technology.
