Corrective Action Plan (CAP) management is the process of fixing the findings raised by structural, electrical and fire safety audits. TOTO POWER Engineering helps factories in Bangladesh prioritise each finding, design the remediation, supervise the work and document its closure, so the facility can show buyers and inspectors that every issue has been resolved.
Corrective action plan (CAP) management
For the past ten years,TOTO POWER ENGINEERING has been one of Bangladesh`s top safety audit, consulting, and construction companies operating in the commercial, industrial, and residential sectors, particularly in the ready-made garment (RMG) industry. Under the National Initiative (NI) with support from the International Labour Organization (ILO)and DIFE, TOTO POWER has successfully completed a project to evaluate the structural integrity,electrical, and fire safety of the RMG sector.This project has successfully performed over 1900 safety assessments, 2100 CAP follow-ups, and 725 CAP validations—the most assessments ever conducted by a single business in Bangladesh.Toto Power has successfully finished over 200 ACCORD, ALLIANCE, and DIFE Detailed Engineering Assessments (DEA), CAP management for electrical safety, fire safety, and structural integrity,and more than 25 construction projects in the commercial, residential, and industrial sectors.
THE SCOPE OF WORK IN THIS CAP MANAGEMENT IS SPLIT INTO 3 DISTINCT PHASES
Structural Integrity
In this project, the following procedures and activities will be used:
• Creation of Complete Engineering As-Built Drawings on Plan, Section, and Elevation drawings that display structure, loading, elements, dimensions, levels, foundations, and framing
• In order to evaluate the building`s safety and serviceability against loading as outlined in BNBC-2006, the engineering team must perform supporting calculations using a model-based design check. Lower rate provisions may be applied in compliance with the Tripartite Guidelines, which follow international engineering practice, but they must be justified.
• A report on engineering tests conducted to support the reinforcement content and material strengths in all major components examined.
• For every level, comprehensive load plans will be created that display all important equipment items along with their corresponding loads, both now and in the future.
• An evaluation report covering the following topics will be prepared by the engineering team:
1. As-built drawings, such as:
• Plans that call up and dimension every structural component at every level
• Cross-sectional drawings that display structural beams, slabs, floor-to-floor heights, roof build-ups, and fundamental structural design details
2. Strength and material test results
• Information about computer modeling`s loads, inputs, and outcomes
1. Analysis of the structure`s components sufficiency or deficiency
2. Plan for Floor Loading
Deliverable:
• Structural drawings as-built.
• Architectural drawings as-built.
• Use existing cylinder strength data for the stresses column or 100 mm diameter cores to perform in situ concrete stresses.
• The outcomes of materials and strength tests.
• Information about loading, computer modeling inputs, and outcomes.
• Analysis of the structure`s components sufficiency or insufficiency. Plans for floor loads.
• Design and Drawing for Retrofitting
Electrical Safety:
In this project, the following procedures and activities will be used: • The as-built drawing is modified and reviewed.
•Create and implement the NFPA 70 electrical safety program in accordance with ACCORD/Alliance/NI (National Initiative by ILO & DIFE).
• Evaluation or reevaluation of the electrical load management plan based on load capacity.
• Clear marking should be fixed and arranged for every distribution board in accordance with BNBC, ACCORD, Alliance, and NI (National Initiative by ILO & DIFE) standards.
• A comprehensive recommendation on how to preserve all safety program documentation.
• For each NC of CAP (for electrical system status, electrical maintenance, electrical system information, and electrical lighting system) supplied by Accord/Alliance/ILO, present the report and provide an optimal solution.
• A comprehensive visual examination of the complete electrical system to find broken components, signs of overheating, visual faults, visual circuit inconsistency and divergence from design,and any other possible issues.
• Reevaluating the electrical layout design in order to maintain load supervision.
• Evaluation of each electrical wire size based on circuit breaker capacity in accordance with BNBC/NTPA & Accord/Alliance/NI (National Initiative by ILO & DIFE).
Deliverable:
• Finish the SLD for every database, MDB, LT, substation, etc.
• Lightning Protection System (LPS) design and installation.
• Earth Test Report and Insulation
• The scanning test for thermography.
• A brief list of non-compliance issues and their best solutions.
• Every maintenance record.
Fire Safety:
In this project, the following procedures and activities will be used:
•Provide or confirm the complete set of current Design & Drawings (if any) pertaining to fire safety and compliance issues in accordance with Alliance & NI (National Initiative by ILO & DIFE), BNBC, NFPA, and ACCORD.
• Examine and offer recommendations for every compliance document preparation.
• To physically and formally resolve every non-compliance issue.
• Provide all firefighting scheme drawings in accordance with the standards set out by BNBC, NFPA, ACCORD, Alliance, and NI (National Initiative by ILO & DIFE).
• Provide schematic diagrams for all fire detection and alarm system designs and drawings in accordance with BNBC, NFPA, ACCORD, Alliance, and NI (National Initiative by ILO & DIFE) standar ds.
• Advice on how to preserve the records and program plans for the testing and examination of various materials, such as extinguishers, smoke detectors, fire doors, fire alarm systems, emergency lights, etc.
•If necessary, provide the design for the necessary rated construction barrier..
• Present the report and recommend the best course of action for each CAP (Corrective Action Plan) that manages the entire fire safety system in accordance with the current situation.
• A feasibility analysis of the development (based on the factory`s current condition and refer to the responsible person).
Deliverables:
• Fire detection and alarm system Design,Drawing Installation with Schematic Diagram.
