Standard operating procedure for constructing RCC slabs, ensuring structural integrity, quality control, and compliance with IS 456:2000 and safety guidelines for the 50MWP Ampyr Solar Project in Dhule, Maharashtra.
To define a standard and safe method for constructing RCC slabs, ensuring structural integrity, quality control, and compliance with IS 456:2000 and safety guidelines for the 50MWP Ampyr Solar Project in Dhule, Maharashtra.
Applicable to all residential, commercial, and industrial construction projects involving one-way, two-way, and flat slabs.
Supervises work & ensures compliance with structural drawings
Marks the slab levels and layout
Enforces PPE usage and safety protocols
Install and secure reinforcement as per design
Perform formwork and concrete works
Measuring Tape, Chalk Line, Spirit Level
Steel Cutting & Bending Machines
Shuttering Plates, Props, Clamps
Concrete Mixer, Vibrator Machine
Helmets, Gloves, Safety Shoes, Reflective Vests
Lapping Guidelines (IS 456:2000):
Deshuttering Time Guidelines:
Consider factors affecting deshuttering time:
Post Deshuttering Checks:
Ensure all workers wear required PPE at all times
Keep work area clean to avoid tripping hazards
Use proper scaffolding for working at heights
Ensure formwork is stable before concreting
Have emergency response plan ready
Following this Standard Operating Procedure ensures safe, efficient, and structurally sound slab construction. Proper execution guarantees durability, strength, and long-lasting performance. All work must be inspected and approved before proceeding to the next construction phase.
Use strings to verify slab level at multiple points
Create small containment walls around slab edges to hold water
Store bars on wooden blocks to prevent rusting
Insert vibrator horizontally for effective air removal
Avoid concreting during extreme weather conditions
Begin concreting early in the day for large slabs