The project acceptance process is inspection, acceptance and inspection of the project after construction. Hidden parts of the project must be accepted and as-built drawings drawn up before proceeding with further work. Normally, the inspection and acceptance of a construction project includes the following main tasks: checking materials, components, and equipment; Organize acceptance steps. Below are the steps in the construction acceptance process that investors need to understand:
– Inspection and acceptance of construction works includes the following main tasks: checking materials, structures, and equipment; Organize acceptance steps.
Steps for acceptance of construction works
Step 1: Acceptance of construction work
– Check the status of the acceptance object.
– Review temporary support systems, scaffolding and safety solutions.
– Re-measure test results. To determine the quality and quantity of materials, construction components, structures, construction parts, machinery and equipment.
– Compare and contrast the above test results with approved designs, construction codes and standards, and manufacturer's technical instructions.
– Evaluate work results and assess quality for each construction job. Prepare as-built drawings of work.
Step 2: Acceptance and completion of the construction phase.
– Performed at the end of construction stages to evaluate the results and quality of each construction stage.
– Division of construction stages in civil and industrial construction projects, usually as follows:
+ Leveling the floor; Foundation reinforcement
+ Completed construction of piles, foundations, and other underground parts
+ Construction and installation of house structure
+ Mechanical and electrical construction, project completion
Step 3: Acceptance of completed project, or project item to put into use.
– Performed at the end of construction to evaluate the quality of the project and the entire construction result
– Content of acceptance work upon completion of construction:
+ Check the scene
+ Compare the entire volume and quality of construction.
+ Synchronous test operation of machinery and technological equipment systems.
