Peter Tanev Tanev

Title: Innovations by Peter Tanev Tanev

Introduction

Peter Tanev Tanev is an accomplished inventor based in Houston, TX. He has made significant contributions to the field of emissions control technology. With a total of 2 patents, Tanev is recognized for his innovative approaches to reducing harmful emissions.

Latest Patents

Tanev's latest patents include an "Exhaust Gas Emissions Abatement System." This system is designed to remove methane oxidation catalyst (MOC) poisons from exhaust gas. It features a methane abatement unit that processes exhaust gas containing methane and MOC poisons. The unit includes a guard bed that captures MOC poisons, generating an intermediate exhaust gas that is free from these harmful substances. Additionally, the system incorporates a MOC bed that further reduces methane levels to less than approximately 200 parts per million volume (ppmv).

Another notable patent is for a "Sulfur-Resistant, High Activity Methane Oxidation Catalyst." This catalyst is specifically engineered to oxidize methane in gas streams that may also contain sulfur compounds. The unique multi-crystalline zirconia support enhances the catalyst's properties, while the specific weight ratio of platinum and ruthenium components contributes to its effectiveness. The inclusion of a chloride component further improves the catalyst's performance.

Career Highlights

Peter Tanev Tanev is currently employed at Shell USA, Inc., where he applies his expertise in emissions control technologies. His work focuses on developing innovative solutions to address environmental challenges associated with gas emissions.

Collaborations

Tanev collaborates with notable colleagues, including Mario Soorholtz and Shaojun Miao. Their combined efforts contribute to advancing technologies in emissions reduction.

Conclusion

Peter Tanev Tanev is a prominent inventor whose work in emissions control technology has led to significant advancements. His patents reflect a commitment to innovation and environmental sustainability.