Post by Mina Adly
Automation lead | PMP | LSSGB | CMRP | RCA | Motion Control | Tia | Simatic S7 | Resma | Scada | WCM | Digitalization| Energy Efficiency |Ex Hayat Egypt | Ex Saint Gobain |
Managing CAPEX projects is much more than selecting equipment and collecting quotations. Behind every successful investment, there is a business case built around technical and financial analysis. Typical discussions with Plant Managers and Finance teams include: • Business Need • Cost Saving Opportunities • Downtime Cost • Scrap Cost Impact • Reliability Improvement • Payback Period • ROI (Return on Investment) • NPV (Net Present Value) • IRR (Internal Rate of Return) • Risk Assessment • Sensitivity Analysis • Alternative Solutions • Lifecycle Cost • Future Expansion Requirements For example, consider a hypothetical project to upgrade an aging utility system. Investment: €500,000 Expected Annual Saving: €100,000 Questions that naturally arise: ✔ What is the payback period? (~5 years) ✔ Is the ROI attractive? (~20%) ✔ Is the NPV positive over the project lifetime? ✔ What are the risks if we postpone the project? ✔ Are there lower-cost alternatives? ✔ How much downtime and scrap can be avoided? ✔ What is the impact on reliability and production continuity? CAPEX decisions are not only engineering decisions. They are business decisions supported by numbers. Engineering proposes solutions, but numbers tell the story. #CAPEX #Manufacturing #Engineering #IndustrialAutomation #CostSaving #ROI #NPV #IRR #Reliability #ContinuousImprovement