HOW COOL IS THAT!: Upstream Engineer-Patent Attorney

HOW COOL IS THAT!: Upstream Engineer-Patent Attorney
Attorney with Permian Basin roots stays on cutting edge of global upstream tech developments.

Three decades ago, Peter L. Brewer was graduating with a degree in petroleum engineering and planning on returning home to the Permian Basin in his native West Texas. Then, like many of his peers working in the oilfield at the time, he watched as the industry imploded and entire communities in Texas, Oklahoma and New Mexico lost their livelihoods.

“The FDIC (Federal Deposit Insurance Corp.) basically took over Midland and Odessa,” recalled Brewer, referring to the widespread bank failures in the region at the time.

The precarious situation in oil and gas inspired Brewer to shift his career path to law, but he maintains strong ties to his background in petroleum engineering – and closely follows oil and gas innovations – as a patent attorney with the firm Energy IP, LLC.

Peter L. Brewer
Peter L. Brewer, Patent Attorney, Energy IP, LLC
Patent Attorney, Energy IP, LLC

Brewer, a graduate of Texas A&M University and Houston’s South Texas College of Law, recently chatted with Rigzone about his role helping inventors of oil and gas technologies protect their intellectual property rights. Moreover, he offered a glimpse into new completion technology he’s involved with and commented on an emerging problem he’s seeing among shale operators. Read on for his insights.

Rigzone: Please briefly describe your role in the oil and gas industry?

Brewer: I provide intellectual property (IP) legal services to companies in the upstream oil and gas industry. These companies range from the large, multi-national exploration and production company to the small research and development (R&D) company providing control systems at the well site. IP services include patent work, trademark work and contracts.

Rigzone: How did you get into this line of work?

Brewer: I was a casualty of the industry downturn in the mid-1980s. I decided to go to law school in Houston, thinking that when I got out the industry would be much improved and I could return to engineering. As it turns out, the price of oil was still in decline and the hottest legal field in Texas went from oil and gas to bankruptcy. So, my first job out of law school was working as a briefing attorney at the Texas Supreme Court. It was an extremely prestigious position but a long way from where I thought I would be. Ultimately, I took the patent bar examination and became a patent attorney. I am now one of only a few degreed petroleum engineers in the country that is also a registered patent attorney.

Rigzone: You worked as a petroleum engineer in West Texas before you attended law school, and your specialty is patent law for upstream oil and gas. What’s uniquely challenging about this specialized area of patent law?

Brewer: The diversity of technical skills needed. I have written patent applications for “dumb” inventions such as drill bits, pipe threads and metal centralizers – devices that historically have had no circuitry or signals. I have written applications involving LNG tankers, subsea architecture, automated drilling systems and directional (or “steerable”) drill bits, liner hangers, positive displacement pumps and gas separation facilities. During the 2000s I wrote numerous patent applications for sidetrack drilling systems and expandable tubulars, when that was a developing field. I have written patent applications for staged perforating and fracturing systems and for sand screens in support of the horizontal drilling boom. Lately, I have done a lot of work for companies seeking to automate the decisions made at the well site related to pump speed and compressor speed. Horizontally completed wells present their own set of problems related to automation, primarily due to so-called slug flow.

Rigzone: You’ve worked for domestic as well as international oil and gas clients. What are some of the key trends and/or client concerns you’re seeing in terms of patent protection for oil and gas technologies both here in the U.S. and elsewhere?

Brewer: Inventors in the oil and gas industry are pretty good about knowing their own technology. We don’t have to spend a lot of time searching the prior art and agonizing over claim scope. The greatest angst comes in deciding how much money to spend for patent protection in countries outside of North America. It is the “sport of kings.”

Rigzone: What are some of the major trends you’re seeing in terms of the types of oil and gas technologies being developed/introduced? Any changes in types of clients?

Brewer: Currently, I am working on a series of patent applications that will displace the perf-and-frac completion model with something far more beneficial. In the future, fewer horizontal wellbores will be able to drain a complete field. I predict this will only grow.

I am also seeing larger companies become dependent on the small, nimble R&D company for technical development. For example, I have a client that makes an improved “gas trap” for detecting gas during drilling. They sell the gas traps to a multi-national service company. R&D work used to happen primarily in Houston, within the confines of the large service company. Now, R&D happens wherever oil and gas is produced, oftentimes by small engineering companies.

Rigzone: What’s the coolest aspect of your job?

Brewer: I get to see some really interesting inventions. I have written applications for autonomous tools that employ mathematical algorithms to determine where to actuate in the wellbore, on the fly. I have written applications for completion systems where sensors downhole send signals up the production tubing and/or casing in real time, using acoustics. The most challenging applications are the reservoir simulation models, seeking to predict which wells will experience mechanical failure during field development.

Rigzone: Would you like to add any comments?

Brewer: A large problem for operators over the last year or two relates to so-called pressure hits and frac hits. A pressure hit occurs when a hydraulic fracturing process begins to sweep fluids toward a neighboring wellbore. A frac hit occurs when sand from the fracturing process begins to invade the neighboring wellbore. Typically, the neighboring wellbore is an older well that cannot tolerate the pressures coming in, much less the sand “screening out” the wellbore. We are just now starting to see technical articles and columns discussing the problem. I have already written two patent applications on detection and avoidance, and I expect more to come. As far as I know, no other patent attorney is working in this area.

Being a patent attorney is a rewarding endeavor. Clients generally enjoy learning about the process and developing a patent portfolio, and they return to say “thank you.”


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