Tag Archives: Method Of Statement

Method Of Statement For Precommissioning & Commissioning of Chillers

This procedure or method statement covers the precommissioning & commissioning of individual chiller units only. The complete sequence of operation including the precommissioning & commissioning of Chiller Plant Manager is covered separately. Precommissioning Procedure for Chillers Ensure that the chiller installation is complete and mechanical completion is approved. Ensure that no damage occurs between mechanical completion & precommissioning. Repair all… Read More »

Method Of Statement For Precommissioning & Commissioning of Chiller Plant Manager

PURPOSE : The purpose of this safe work method statement procedure is to define the step by step method to implement the correct practices for the precommissioning & commissioning of “Chiller Plant Manager or CPM”. Through the guidelines contained herein so as to ensure that the job execution complies with the project requirements and serves the intended function to… Read More »

Supply and Installation of Water Reticulation System

Water Reticulation System method of statement

The purpose of this safework method statement is to establish the work method for supply and installation of mild steel pipes, fittings and pipe works under the water reticulation work for project buildings, landscape, infrastructure and associated works. Upon delivery at site, pipes and accessories shall be carefully unloaded and stored in a designated area… Read More »

Method of Statement for Cleaning Flushing and Passivation of Chilled Water System Pipe

Method of Statement for Cleaning Flushing and Passivation of Chilled Water System Pipe

Below is detailed mechanical method statement that provides steps for the cleaning, flushing and passivation of chilled water pipe system Objectives of chemical flushing for chilled water system is to remove debris such as slit, sand, scale, iron oxide deposits, weld slug and other contaminants that are present in a new chilled water pipe system,… Read More »