【Safety Management and Standardization of Special Equipment】What are the common issues that keep reoccurring during on-site inspections of special equipment? How to close the loop?

II. List of Common Issues Frequently Found During On-Site Inspections (Seven Persistent Problems) While large enterprises manage relatively well, during on-site inspections of small and medium-sized enterprises, the following seven problems are almost always present: 1. Safety training is “virtually non-existent”: no plans, no training materials, and no assessments. New employees start working straight away without any knowledge of the equipment risks. 2. Operation records \"entirely based on acting\": Various operation records and inspection records are filled in in advance or retrospectively, with logical inconsistencies in the data that do not match the actual operating parameters of the equipment. 3. Incomplete safety technical documentation: Design documents, installation records, inspection reports, and various types of records are largely missing, leaving the equipment’s history unclear. 4. Delaying and falsifying the rectification of potential hazards: After the supervision order is issued, delays are made whenever possible ； As the follow-up review approaches, a fabricated rectification report is made to cope with it. 5. Self-inspection as mere theory: The monthly and annual inspections required by safety technical regulations are reduced to just a few ✓ marks in an Excel sheet – no on-site checks, no photos, no corrective actions taken. 6. Separation of certificates and personnel: Certificates are registered, but the personnel are not on duty ； Or unlicensed personnel operate while licensed persons act as nominal holders. 7. The problem with existing emergency plans: Many companies’ emergency plans are either downloaded from the Internet with only the company name changed; the emergency measures outlined in these plans are completely irrelevant to the actual equipment on site (for example, if the equipment is a gas boiler, the plan still refers to coal boilers) ； Either copy directly from other manufacturers’ plans, without even changing the equipment models or medium parameters. More commonly, after the contingency plans are written, no drills are ever conducted; in some cases, records of such drills are even fabricated out of thin air. In the event of an emergency such as a leak, overpressure, or fire, employees simply do not know what to do, which can easily lead to the escalation of the incident.

III. Pressure pipelines: A typical case in a long-standing and difficult area of regulation. Pressure pipelines represent one of the most troublesome areas within the supervision of special equipment, with particularly prominent issues: Issue 1: Discrepancies between the pipeline numbers in the design drawings, those in the inspection reports, those on-site, and those recorded in the usage registration forms； Countermeasure: Conduct a thorough check on-site, comparing various sources (design drawings, actual items, inspection reports). Items with inconsistent numbering or discrepancies between records and actual items will not be registered under any circumstances. Question 2: Regulatory gaps in the supervision of steam pipes inside and outside the plant. Regulations require inspection of steam pipes within 1,000 meters, but in practice, only the air tanks in the boiler room are inspected, while the pipelines extending outside the walls of the boiler room go unchecked. Countermeasure: Carry out special rectification of pipelines, and include them in the list of items under strict supervision in accordance with the principle of \"completing procedures for existing pipelines and strengthening supervision and inspection for new ones\". Question 3: The demarcation between gas pipelines inside and outside the factory premises is unclear. Generally, buried polyethylene gas pipelines located outside the company’s perimeter should be classified as public pipelines; they are owned and managed by the gas company. But what about the section of pipeline that leads from outside into the factory premises to connect to the boiler? Unclear responsibilities can lead to regulatory gaps. Solution: Request written clarification from superiors to define the boundaries ； Until it is clarified, it shall be included in the list of key potential hazards, and temporary control measures shall be implemented.

IV. Core strategies: Using a daily-weekly-monthly mechanism to ensure a true closed loop for addressing potential risks. To tackle the aforementioned issues, it is not sufficient to rely on ad-hoc inspections; rather, a new mechanism of \"daily management, weekly inspections, and monthly coordination\" must be employed to integrate these practices into the company’s regular operations and oversight processes. Step 1: The corporate side – implement strict daily monitoring to ensure that potential hazards are addressed immediately. Who is responsible: corporate safety officers. What to do: Before starting work each day, conduct a thorough inspection of the equipment’s safety accessories, protective devices, operating parameters, and the certification status of the personnel involved, and record all findings accurately in the “Daily Management” ledger. Key point: Detect common hazards and immediately shut down the equipment ； If any major safety hazards are detected, report them to the safety director immediately and suspend production. The records must reflect the actual condition of the equipment; filling them out in a “memorial” style is not allowed. Step 2: Corporate side + regulatory side – Conduct thorough \"weekly inspections\" to bring risks to light. On the corporate side, the security director organizes a comprehensive inspection once a week, reviews the records of daily monitoring from that week, leads inspections to ensure compliance with relevant protocols, and prepares a report based on these weekly inspections. Regulatory side: The local branches conduct targeted random inspections on 2–3 key enterprises per week, based on a grid-based approach (such as those involved in ammonia handling, filling, or the chemical industry). What should be checked first? “Are the “daily control” records accurate? (Review surveillance footage and check operation logs) Has the issue identified last week been put into the corrective action process? Are there any dynamic changes in weak links such as pressure pipelines? Step 3: The leadership side – deepen the monthly scheduling process to address existing obstacles. On the corporate side, the key executives listen to reports from the safety director on a monthly basis, and discuss important matters such as the resolution of safety hazards, funding allocation, and staff training for that month. On the regulatory side (which is even more crucial): The county-level authorities or local offices hold monthly safety supervision meetings to report on the rate of remediation of hazards in key enterprises, to discuss common issues together (such as the lack of mechanisms for inspecting certain types of pipelines, or companies that repeatedly fail to make corrections by the deadline), and to coordinate law enforcement and inspection resources to address these problems collectively. Three key points of closed-loop management: Set reasonable deadlines for rectification – avoid a one-size-fits-all 7-day rule. Tasks such as personnel certification and equipment modification can have their deadline extended to 30–60 days, but companies are required to develop temporary control measures during this period (such as encrypted inspections and restrictions on operational parameters). Standardize closed-loop document templates: Use unified formats for improvement reports and re-inspection confirmation forms across the entire county/system, specifying that proof materials such as comparison photos before and after the improvements and test reports must be attached, to prevent attempts to get by with just a single piece of paper. Hierarchical inspection: General hazards are rechecked by the branch office ； Major hidden hazards are inspected on-site by the relevant business departments of the county bureau in conjunction with the Special Inspection Institute.

V. Five specific recommendations to improve the quality and efficiency of supervision. In addition to implementing the daily, weekly, and monthly mechanisms, grassroots supervision also needs to take the following supplementary measures: 1. Provide precise communication so that enterprises can understand the requirements and know how to implement them; establish WeChat groups for enterprise safety officers and share a real-life case on a weekly basis； 1-2 focused training sessions are organized each year, focusing on \"how to keep records and how to conduct inspections\", rather than reading out legal provisions. 2. Leverage expertise to ensure thorough and accurate inspections: During routine inspections, technicians from specialized inspection agencies are invited to join, focusing on addressing issues such as unclear information regarding pipeline conditions and difficulties in detecting hidden defects. Ways of government procurement of services can be explored. 3. Categorization and grading to ensure targeted and efficient supervision: Establish a three-tier risk list consisting of red, yellow, and green categories. For items marked in red (chemical industries, ammonia-related operations, and filling activities), inspections must be conducted at least twice a year ； Yellow (general factories) – random sampling ； Green (low-risk units with standardized management) is primarily determined based on the company’s self-reporting. 4. Provide templates to ensure that regulations are “non-plagiarized and implementable”. Grassroots regulatory agencies can compile standardized templates for safety regulations, operating procedures, and emergency response plans. However, enterprises are required to fill in their own equipment parameters, on-site photos, and information about responsible persons, thereby making these documents truly “their own”. Enterprises must carefully verify whether the details of the emergency measures are consistent with their own equipment and are feasible to implement. 5. Carry out coordinated law enforcement to ensure that violations come with consequences and serve as a warning. For enterprises that fail to make corrections by the deadline or provide false reports on their corrective actions, instead of merely issuing orders, economic penalties and suspension of operations for rectification are imposed in accordance with the law, thereby truly holding these enterprises accountable for their responsibilities. Conclusion: The bottom line for the safety of special equipment can never be achieved by merely filling in records, nor through ad-hoc inspections. It requires companies to take on daily safety responsibilities through \"daily monitoring, weekly inspections, and monthly adjustments,\" while regulatory authorities need to employ more meticulous, professional, and resilient oversight to ensure that potential risks are properly addressed. It is hoped that this article will provide everyone with a clear, actionable practical approach to navigate through the complex process of on-site inspections.

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