Title : Innovative recertification model for drilling and completion chemicals: Advancing sustainability and cost efficiency in petroleum operations
Abstract:
Energy industry faces persistent challenges in managing aging inventories of drilling and completion chemicals, often resulting in costly disposals, environmental risks, and unnecessary procurement expenditures. This paper presents an innovative, ongoing project that introduces a structured Recertification and Shelf-Life Extension Model designed to transform dormant chemical stockpiles into certified, reusable assets.
This approach aligns with global sustainability goals and circular economy principles, offering a scalable solution for reducing the environmental footprint of drilling activities while enhancing supply chain resilience. The paper will discuss the methodology, validation process, quantitative impacts, and how this innovation supports the transition towards greener, more cost-effective petroleum engineering practices.
By implementing rigorous testing protocols in collaboration with chemical experts, this model validates the integrity of long-stored chemicals, extends their shelf life, and safely reintegrates them into active drilling fluid and completion operations. Pilot applications of this system have demonstrated up to 40% reduction in chemical procurement costs and a 50% decrease in hazardous waste generation, contributing significantly to environmental preservation and operational efficiency.
As the energy sector seeks sustainable advancements, this model provides a pioneering framework adaptable across offshore and onshore operations, reinforcing industry commitments to both profitability and environmental stewardship.
Keywords: Drilling Fluids Chemical Recertification, Shelf-Life Extension, Sustainability/Cost Reduction, Environmental Impact, Supply Chain Optimization
