Project Canary Adds Energy Data Pro Tanya Hendricks as Chief Commercial Officer

AP News
May 10, 2022

tanya hendricks card

Project Canary, the Denver-based climate tech and environmental assessment company, announced a key addition to its executive team today. Tanya Hendricks has been named the Chief Commercial Officer (CCO) for Project Canary. She will lead all commercial operations and manage the company’s expansion overseeing corporate objectives and implementing strategic growth strategies.

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Tanya Hendricks, Chief Commercial Officer, Project Canary (Photo: Business Wire)

  • Tanya Hendricks appointed as Chief Commercial Officer (CCO) for Project Canary.
  • Hendricks will lead Project Canary’s commercial operations and oversee corporate objectives, Sales, Marketing
  • Texas-based energy data and ESG leader steps into role to drive strategic growth strategies

The world is at a pivotal point – and immediate action is required to alter the course of climate change. The US has an abundance of natural gas, which has already helped lower US greenhouse gas emissions on a national scale. Project Canary is focused on enabling natural gas to be produced and transported in a manner that controls emissions, land use, water, and community concerns. This unlocks the opportunity for responsibly-sourced US natural gas to stand for the highest quality differentiated gas in the world, helping to reduce emissions on a global scale.

The company is at a critical point in its business initiatives as it grows from a startup to a scale-up after achieving its Series B. Now, the company is looking to make an even more significant impact on a global scale to help drive accountable, measurement-based ESG reporting. Hendricks is uniquely positioned to help Project Canary at this critical juncture. Based in Austin, Texas, she will be readily accessible to customers and will bolster Project Canary’s presence in Texas, an important market as the company expands its presence in basins across the US.

Project Canary prides itself on rigorous certifications and advanced continuous monitoring so that natural gas can be certified and verified as responsibly produced, helping to unlock new market opportunities for LNG to reduce global emissions and alter the course of climate change. Hendricks will help steer the company on a clear path to success by utilizing its market position to drive new opportunities.

“The focus on ESG has been broad, with little definition around what standards should be or how we should meet them,” said Tanya Hendricks, CCO, Project Canary. “With granular measurement of emissions and reliable ESG scoring, Project Canary is working to add much-needed rigor to the ESG reporting process so that we can manage environmental concerns, rather than simply report on them.”

Over her career, Hendricks has held several notable positions, including acting COO with Enverus, the world’s largest energy-focused Saas company. She also was a lecturer at the McCombs School of Business at the University of Texas at Austin and was associate director of the McCombs Energy Center. Before working at McCombs, she was a director at Duff and Phelps, an international advisory firm.

“We are proud to have a talented, mission-driven leader join our team,” said Chris Romer, CEO of Project Canary. “Tanya has the combination of impressive leadership, energy sector experience, and a true passion for utilizing data and technology to improve energy operations and accelerate innovation.”

About Project Canary

Project Canary is a climate technology company that offers an enterprise emissions data platform that helps companies identify, measure, understand, and act to reduce emissions across the energy value chain. Given its outsized impact, the Company started with methane and has since expanded to other greenhouse gasses. Project Canary’s mission is to Measure It — leveraging sophisticated software solutions to help companies improve and report on their emissions footprint. They do this by building high-fidelity sensors, ingesting data from various other technologies and sources, characterizing the accuracy of such emissions data, and deploying advanced physics-based AI-powered models to identify leaks and quantify emissions.
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