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【Haichuan EPC】Analysis of Difficulties in the Procurement Management of EPC Projects!

2025-12-04View Original

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EPC projects have become the mainstream model in construction due to their integrated approach across the entire process, with procurement management serving as a key element that directly affects the project’s quality, cost, and schedule. In practice, it faces various challenges such as poor process integration, weak risk management, and difficulties in balancing compliance with efficiency. A thorough analysis of these pain points and the exploration of solutions are of great significance for improving the management level of EPC project procurement and ensuring the smooth progress of such projects. The procurement management of EPC projects is a crucial factor in the success or failure of such projects, and its complexity and systematic nature often give rise to numerous challenges. The following is an analysis of common difficult issues and approaches to addressing them: Main difficult issue 1. Coordination challenges arising from the deep interconnection among design, procurement, and construction. Manifestations of the issue: A disconnect between design and procurement leads to unclear equipment specifications and technical standards, resulting in procurement delays or incorrect purchases ; The procurement progress cannot keep up with the construction needs, resulting in work pauses at the site waiting for materials. Root cause analysis: The traditional segmented management mindset has not changed; there is a lack of mechanisms for information sharing and collaboration among the three parties, and design changes are not promptly communicated to the procurement process. 2. Ambiguous boundaries of responsibilities between general contracting and subcontracting bidding. Problem: Unclear division of procurement responsibilities between the owner and the general contractor ; The general contractor lacks the capacity to manage subcontractors, resulting in substitution of proper management with mere contracting. Root cause analysis: Unclear definition of contract interfaces, weak coordination capabilities on the part of the general contractor, and excessive interference by the owner or lack of proper supervision. 3. Dynamic risk in cost and expense control: Under the model of design, procurement, and construction simultaneously, there is a high risk of the estimated costs exceeding the approved limits ; Fluctuations in market prices lead to uncontrolled costs. Root cause analysis: Insufficient constraint on target costs, lack of a dynamic pricing mechanism, and no early warning system for supply chain risks. 4. Technical and schedule risks in the procurement of long-cycle equipment: The supply cycle for key equipment is long, and their technical specifications are complex, making them prone to becoming bottlenecks on the project’s critical path ; Quality control is difficult during the manufacturing supervision and acceptance phases. Root cause analysis: Incomplete technical specifications, insufficient assessment of suppliers’ performance capabilities, and weak process monitoring mechanisms. 5. Significant compliance and integrity risks: Under the EPC model, the criteria for bidding tend to favor certain companies ; The subcontract bidding process is not standardized, posing risks of bid rigging and collusive bidding. Root cause analysis: Flaws in institutional design, inadequate regulatory mechanisms, and insufficient transparency. 6. Lack of a supplier management and performance evaluation system; Problem manifestation: Emphasis on bidding, neglect of management ; There is a lack of performance tracking for the supplier’s fulfillment process, resulting in delayed detection of issues. Root cause analysis: A supplier management system covering the entire life cycle has not been established, and there are no effective incentives or exit mechanisms. Solutions and recommendations 1. Establish an integrated collaborative management mechanism for front-end integration: Adopt design-driven procurement, requiring design firms to provide standardized, purchasable technical documents and to participate in supplier technology evaluations. Information platform support: Utilize tools such as BIM and ERP to achieve real-time sharing and visualization of design models, procurement data, and construction progress. 2. Clearly define the boundaries of contracts and responsibilities. Refine the contracts: Specify in the general contract the scope of procurement, boundaries, standards, and procedures, especially regarding the distinction between materials provided by Party A and those provided by Party B, as well as the responsibilities for their handover. Strengthen the responsibilities of the general contractor in management: Include subcontractor management capabilities in the evaluation process for selecting general contractors, and require them to establish a database of qualified subcontractors and submit it for approval. 3. Implement dynamic cost and risk management. Target cost control: Using the approved budget estimate as the ceiling, break down procurement control targets and conduct cost audits at key milestones. Response to price fluctuations: For bulk materials and equipment, financial tools such as provisional prices combined with price adjustment formulas or futures hedging can be utilized to mitigate risks. 4. Full-process control of critical equipment Early involvement: Technical clarification regarding critical equipment and pre-selection of suppliers are initiated at the preliminary design stage. Strengthen supervision and acceptance: Engage a third-party professional agency to conduct on-site supervision; define the acceptance criteria prior to shipment, upon arrival at the site, and after installation. 5. Regulate bidding processes and compliance supervision; ensure transparent procurement: Set reasonable and open technical requirements in bidding documents to avoid exclusive clauses ; Implement an electronic bidding platform to ensure full traceability throughout the process. Separation of powers and checks and balances: Establish a procurement committee comprising multiple departments such as technology, economics, and law; major decisions shall be made collectively. 6. Establish a full-cycle supplier management system with a performance-oriented approach: Develop a supplier performance evaluation system that covers quality, delivery, service, and compliance, with the results linked to subsequent bidding processes. Long-term cooperation: Strategic partnerships are established with key suppliers to stabilize supply relationships and prices through long-term agreements. The key to successful procurement management in EPC projects lies in front-end coordination, thorough process oversight, dynamic control, and adherence to compliance standards. Through systematic design and meticulous execution, procurement can be transformed from a cost center into a crucial enabler of project value creation.
Reply #22025-12-04
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Reply #32025-12-06
【Ten Years of Great Development in Chemical Equipment】2865–2025: Turning waste into treasure! Shenzhen Institute’s 100-kilowatt oil and gas wastewater hydrogen production system turns wastewater into green hydrogen https://bbs.hcbbs.com/thread-5707067-1-1.html (Source: HCBBS Chemical Forum)
Reply #42025-12-06
【Ten Years of Rapid Development in Chemical Engineering Equipment】From 2867 to 2025, CNOOC Engineering took the lead in developing a device for detecting the bell-mouth angle of cable-laying machines, which has been successfully put into use. https://bbs.hcbbs.com/thread-5707082-1-1.html (Source: Haichuan Chemical Industry Forum (HCBBS))
Reply #52025-12-06
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Reply #62025-12-08
【Ten Years of Rapid Development in Chemical Engineering Equipment】The world’s first ton-scale magnesium-based solid hydrogen storage and transportation system was successfully demonstrated in hydrogen metallurgy applications, 2869–2025. https://bbs.hcbbs.com/thread-5707130-1-1.html (Source: Haichuan Chemical Industry Forum (HCBBS))
Reply #72025-12-08
【Ten Years of Rapid Development in Chemical Equipment】The first prefabricated module for the plant’s process pipeline system in CNPC’s Blue Ocean New Materials project (2028–2025) has been successfully shipped. https://bbs.hcbbs.com/thread-5707283-1-1.html (Source: Hainan Chemical Industry Forum (HCBBS))
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Reply #92025-12-08
【Ten Years of Rapid Development in Chemical Equipment】The first prefabricated module for the plant’s process pipeline system in CNPC’s Blue Ocean New Materials project (2028–2025) has been successfully shipped. https://bbs.hcbbs.com/thread-5707283-1-1.html (Source: Hainan Chemical Industry Forum (HCBBS))
Reply #102025-12-08
【Ten Years of Rapid Development in Chemical Processing Equipment】The coal-based α-olefin-based technology for producing medium-low viscosity mPAO, independently developed by Guoneng Group, was successfully put into operation for the first time: https://bbs.hcbbs.com/thread-5707383-1-1.html (Source: Haichuan Chemical Industry Forum (HCBBS))

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