Suggestions on how chemical companies can reduce management costs are welcome
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This post was last edited by 328104062 on 2016-8-16 at 23:32. In chemical enterprises (such as petrochemical companies), there is often a focus on saving energy and reducing consumption during the production process, as well as on improving efficiency and enhancing economic and technical indicators (such as energy consumption, water usage, cost per ton of oil processed, efficiency of heating furnaces, etc.). However, the resulting increase in enterprise management costs is often overlooked. Management costs include labor costs, including those related to employee management, as well as costs associated with material consumption, inventory of materials, storage, handling, use, maintenance, and installation of materials. There are also costs related to time, among others. What methods can be used to reduce management costs? Any good suggestions are welcome; those that are feasible will be given extra points as a reward: handshake. Here are some initial ideas: 1. For the management of hoses in heating furnaces and storage tanks, use uniform specifications for all hoses. For example, use hoses with diameters of 10 or 1.5 meters for pilot lights, and diameters of 40 or 1.5 meters for main burners (storage tanks can use hoses with a diameter of 200 and a length of 500). This reduces the variety of hoses, lowers inventory levels, and thus reduces various management costs as well as waste. 2. Use unified charging interfaces and voltages for walkie-talkies, explosion-proof flashlights, inspection devices, and gas detection equipment (various sensors and alarms). Using the same charging standards as those for mobile phones can reduce the number of chargers needed on workbenches, thereby cutting down on space requirements, storage costs, and the time required for handovers between teams. It also saves electricity. 3. For hose connections and discharge outlets, follow the specifications outlined in SH3012-2011. In most cases, it’s possible to use unified specifications; for example, DN25 can replace DN20. Using uniform specifications like DN25 with PN2.0 socket-weld flanges can eliminate the need for DN20 specifications, reducing the variety of components such as valves, flanges, connectors, hoses, quick-connect fittings, bolts, and pipe caps. This naturally reduces costs. 4. Similar cost-saving measures can be applied in areas such as fire protection systems, valves, and tools. There are also many ways to save costs in the areas of instrumentation, electrical systems, and automation control. Please share your ideas as well. Manager Discussion Group
Reduce management levels and decrease the number of people who carry out specific tasks as ordered by leaders.
Hehe, 1. Conducting thorough hazard inspections, training process engineers, and improving employees’ skills to reduce the number of normal or abnormal shutdowns is the best way to save costs; if operations can proceed smoothly and efficiently, then there’s no need to mention anything else. 2. During normal production, properly control \"\"leakage and emissions.\"\" Drip. Leaks ensure that all systems are properly vented, and waste discharge remains within normal limits. 3. Make proper plans for supplies; avoid tying up working capital – it’s sufficient to have enough spare parts available. Once the above steps have been completed in order, if there are too many managers, considering reducing the staff size might be an option. If you can’t even do the first item properly, then everything you’ve mentioned is worth nothing; a single start-up and shutdown process will likely cost me as much in spare parts as N years’ worth
There is also the issue of standardizing the interfaces for common pressure gauges
You’re talking about the big picture, things that are overused and well-known. What I’m suggesting are specific measures, and I believe the benefits will be significant as well
Let me share a few suggestions: During the installation and construction phase of the equipment: 1. It is best to consolidate the procurement and delivery of equipment in one place, create a schedule for when they will arrive and be stored, and have them transported to the site immediately upon arrival for assembly, thereby reducing the need for additional transport operations and minimizing space occupation； 2. Pipe fittings, flanges, etc. should be utilized as required, making full use of existing inventory to eliminate problems related to unused or deteriorating stock; old items should be reused whenever possible ； 3. During the construction phase, it is important to distinguish between what is essential and what is not; there is no need to use higher-quality materials for some equipment, but significant investment should be made in piping and related equipment ； 4. Promote the use of domestic equipment to reduce the amount of imported equipment purchased, and ensure strict quality control. For critical equipment, it is necessary to use imported devices that are recognized by the industry, thus avoiding future problems during operation. The above are some of my own insights.
1 and 2 are fairly acceptable; 3 and 4 lack practicality – it seems like they’re just empty statements made during meetings by top managers