The menace of soil pollution from petroleum hydrocarbon has called for an interdisciplinary approach, and the need for collaborative efforts. The three organs of the triple helix were involved in research to formulate a sustainable approach to soil remediation using locally available materials. Each of the organs played roles that jointly contributed to the success of the research. This paper detailed the collaborative approach adopted and the outcome. Furthermore, the challenges encountered were highlighted. The methodology employed in this study began with the identification of the issue at hand: soil pollution caused by petroleum hydrocarbon spills. Subsequently, an energy company initiated a call for proposals, inviting research institutions to propose sustainable solutions. Following this, a knowledge institution emerged as the lead researcher, overseeing the investigation, while regulatory bodies monitored the process to ensure alignment with government policies. Additionally, an energy and technology company spearheaded data analytics efforts to provide valuable insights. The research primarily focused on formulating a product through composting techniques to serve as a soil amendment, aiming to address and mitigate soil pollution effectively. The resulting formulation was tested with contaminated soil and the optimum application rate was derived. The work is progressing to up-scale for field application. The outcomes of this project include (1) identification of a formulation approach for the remediation product (2) determination of the optimal application rate for the remediation of contaminated soil (3) establishment of guidelines for the effective application of the remediation product in soil remediation efforts. The practical and social implications of this project are twofold. Firstly, it encourages interdisciplinary research collaborations, fostering a culture of knowledge exchange and cooperation among experts from diverse fields. Secondly, the project facilitates the practical and sustainable remediation of soil contaminated by petroleum hydrocarbons. Addressing the production and transportation-related contamination effectively contributes to environmental restoration and promotes healthier ecosystems, benefiting communities and ecosystems alike. The collaboration established in this project sets the stage for further research aimed at expanding the application of the research outcomes to large-scale soil remediation efforts across Nigeria. However, it's important to note that (1) the effectiveness of the formulated product in various soil types and environmental conditions requires further investigation, and (2) long-term monitoring of remediated sites is needed to assess the sustainability and persistence of remediation effects.