Tejas Ghegadmal
Engineering & Product Leader Driving Innovation & Global Scale
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About me
I’m a product-driven engineering leader with 14+ years of experience building scalable, high-performance technology in the energy and industrial sectors. I’ve led the global development and deployment of intervention tools adopted across NAM, MENATI, Europe, and APAC—delivering operational efficiency and strategic growth.
I work at the intersection of engineering, business, and innovation—shaping product portfolios, mentoring teams, and aligning execution with global market needs. My work has been recognized through patents, international conference publications, and field-level adoption by top-tier clients.
Counter-Intuitive Solutions For Challenging Problems
Counter-Intuitive Solutions For Challenging Problems
An innovative redesign of a conventional casing exit mill led to a 6X increase in fatigue life—without altering the manufacturing process or raising costs. This breakthrough showcases how thoughtful engineering and stress-optimized geometry can solve longstanding field reliability issues in high-load sidetracking operations. Read more.
👉 Patent: Casing Exit Mills and Apparatus and Methods of Use
Discover how a new generation of actively stabilized section mills is transforming the economics of subsea well abandonment. This blog explores a breakthrough tool design that passes through restricted IDs, mills larger casing sections, and reduces trips—delivering significant cost savings, enhanced safety, and full regulatory compliance. Read more.
👉 Download the Paper – IADC/SPE-178827-MS: “Reduce P&A Cost with Section Milling Technology”
In high-density well fields, sidetracking from the low side of a horizontal well offers a safer and more efficient path to untapped reservoir zones. This blog explores the engineering challenge of whipstock sag in horizontal wells and introduces a field-validated anchoring solution that actively tilts the whipstock to eliminate obstruction—enabling clean casing exits without complex steering systems. Read more.
Milling operations in P&A can lead to stuck section mills, posing serious retrieval challenges. This blog explores the engineering of a high-strength Emergency Disconnect tool that withstands torsional and tensile milling loads yet breaks reliably on command. Through optimized geometry and controlled metallurgy, the tool balances strength with precision, ensuring safe recovery when disconnection is the only option. Read more.
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