DDEL Secures Process Piping Deal for Global Energy Projects

DEE Development Engineers Limited (DDEL), a leading provider of advanced process piping solutions bagged a significant contract from one of the world’s largest international oil and gas companies, headquartered in the United States. While the name of the customer remains undisclosed due to commercial considerations, this development marks a major milestone in DDEL’s global growth journey.

The agreement entails a consistent and recurring pipeline of orders for DDEL’s process piping solutions across the customer's global projects, further reinforcing the company’s positioning as a preferred vendor for renowned international energy companies.

Commenting on the development, Mr. Krishan Lalit Bansal, Chairman & Managing Director, Dee Development Engineers Limited stated, “This partnership is a testament to the trust placed in DDEL’s technical expertise, robust execution capabilities, and unwavering commitment to quality. It also aligns with our vision to deliver world-class engineering solutions to marquee global clients and contribute meaningfully to large-scale, energy-intensive infrastructure projects worldwide.”

Ms. Shikha Bansal, Director, Dee Development Engineers Limited further added, “This global recognition underscores our contribution to the Make in India initiative, showcasing the strength of Indian manufacturing and engineering excellence on a world stage. It boosts our mission to project India as a key hub for high-quality, precision-driven engineering solutions in the global energy sector.”

Key highlights of the partnership include:

• A steady inflow of multimillion-dollar orders annually.
• Enhanced visibility and recognition in the global oil and gas infrastructure market.
• Strengthened presence in international markets through recurring engagements.
• Execution of solutions for both upcoming and ongoing projects globally.

This order win is set to significantly contribute to the company’s long-term value creation and sustained growth trajectory.