Afro Manpower Solutions - DUAA Group’s Post

Comment "YES" if interested, so our team will get back to you.... #TestingAndCommissioning #EngineeringExcellence #TechInCommissioning #CommissioningExperts #EngineeringInnovation #DiversifiedEngineering #BusinessEngineering #IndustryLeaders #QualityAssurance #EngineeringSolutions #ProjectCommission #SystemTesting #TechCommissioning #ProfessionalEngineers #EngineeringSuccess

Comment "YES" if interested, so our team will get back to you.... #TestingAndCommissioning #EngineeringExcellence #TechInCommissioning #CommissioningExperts #EngineeringInnovation #DiversifiedEngineering #BusinessEngineering #IndustryLeaders #QualityAssurance #EngineeringSolutions #ProjectCommission #SystemTesting #TechCommissioning #ProfessionalEngineers #EngineeringSuccess

A successful project is a safe project. Our dedicated team of core engineers is focused on maximizing functionality in a way that meets and exceeds customer safety objectives. #teamroush #engineer #engineering #advancedengineering #powertrainengineering #safetyengineering

Elevate performance and reliability of your equipment with IPS’s commissioning services. Unleash the full potential of your projects through meticulous testing and optimization. #Innovation #Commissioning #Qualification #Validation #Design #Engineering #Construction #ProjectManagement #DesignBuild

The Importance of System Boundaries in Commissioning & Qualification An equipment / system boundary is simply the delineation between the system under consideration and other systems in the facility - It’s where one system ends and the other begins.     Establishing a clear and well-defined equipment system boundary is a fundamental practice that significantly contributes to the success of any project but continues serve a greater purpose beyond the project. It serves as a keystone for determining system impact, the first step to risk assessment, and ongoing change control. It also provides the visual reassurance that all components are considered within a system for input into maintenance, CQV, and even change over. But there is nothing simple about putting an effective system boundary together. Careful considerations are necessary to avoid implicating the design, affecting user requirements, efficiency of the risk based approach, and impacting the continued engineering lifecycle for systems. It's best practice to develop system boundary report, with system boundary P&IDs (example below) at the early stages of a project, to coincide with URS’s, and before DQs are developed. This allows the project to be executed smoother by reducing confusion and avoids unnecessary deviations.   Through our extensive experience MMR can help your next project by providing assistance establishing proper system boundaries that optimize your project and risk based approach. Contact MMR here: ➡ info@mmrengineering.com   #systemboundaries #riskbased #IntegratedCQV #CQV #bestpractices

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Testing safety interlocks in automation systems during the construction period is crucial to ensure that the systems function as intended and meet safety standards before they are put into operation. This typically involves verifying that all safety devices, such as emergency stop buttons, safety sensors, and interlocking mechanisms, are installed correctly and operate as expected. It's essential to conduct thorough testing according to established protocols and safety guidelines to identify any potential issues or deficiencies early on and address them promptly to mitigate risks during operation. Here are key points on the validation/ qualification listed according to importance: 1. Visual Inspection: Conduct a thorough visual inspection of all safety components, adhering to project specifications and standards, to ensure proper installation and alignment with project objectives. 2. Functional Testing: <Usually over looked> Execute comprehensive functional tests on each safety interlock, adhering to project requirements and utilizing predefined test cases to verify proper operation and compliance with safety standards. 3. Integration Validation: Perform rigorous integration testing to assess the seamless integration of safety interlocks within the automation system, aligning with project milestones and ensuring adherence to system architecture requirements. 4. Documentation Review: Conduct a meticulous review of project documentation, including design specifications, wiring diagrams, and safety protocols, to validate alignment with project scope and regulatory requirements. 5. Risk Assessment: <Usually conducted by OEM> Undertake a comprehensive risk assessment, employing industry-standard methodologies such as Failure Mode and Effects Analysis (FMEA), to identify and prioritize potential risks associated with safety interlocks and formulate mitigation strategies in alignment with project risk management plans. 6. Training Delivery: Provide structured training sessions to project stakeholders on the proper utilization of safety interlocks, adhering to project timelines and ensuring competency in emergency procedures and safety protocols. 7. Final Acceptance Testing: Execute final acceptance tests on safety interlocks, in accordance with project acceptance criteria and stakeholder expectations, to validate readiness for system deployment and handover. The importance of conducting these tests lies in : - Ensures automation system operates as intended - Prevents accidents and minimizes downtime - Identifies and addresses potential malfunctions early on - Enhances reliability and efficiency - Detects and rectifies false safety triggers - Safeguards personnel safety and operational continuity long run. #autimation #safety #projectmangement #manufacturing #Engineering #verification #commissioning #supplychain