This study proposes an built-in analytical framework for efficient management of undertaking risks using mixed a number of standards choice-making technique and decision tree analysis. First, a conceptual risk administration model was developed through thorough literature overview. Esterification Reactor The mannequin was then applied by motion analysis on a petroleum oil refinery construction mission in the Central part of India so as to reveal Cutting plate machine its effectiveness. Oil refinery building projects are risky due to technical complexity, useful resource unavailability, involvement of many stakeholders and strict environmental necessities. Although project risk administration has been researched extensively, sensible and easily adoptable framework is lacking. In the proposed framework, dangers are identified utilizing cause and impact diagram, analysed using the analytic hierarchy course of and responses are developed utilizing the risk map. Additionally, determination tree analysis permits modelling various choices for risk response improvement and optimises number of risk mitigating technique. The proposed threat administration framework could possibly be simply adopted and applied in any project and integrated with other project management data areas.