Category Archives: Method Statements

This is our main category that covers all SWMS related documents. If you visit this page you can access hundreds of safe work method statements either in readable or downloadable formats.
Alternatively you can visit our method statements store that offer more than the method statements i.e. ITP, Checklist, QCP and Risk Assessments all in editable formats.
The documents are ready to submit for client approvals after just adding some references and logos etc.

Fan Coil Unit FCU Testing Pre-commissioning & Commissioning Method Statement

This method statement is applicable for the Testing & Commissioning of Fan Coil Units for the project as mentioned in the project specifications & approved shop drawings. Before commencement of FCU testing & commissioning activity, the supervisor must ensure that pre-commissioning of the FCU is complete and approved. Also make sure that all Installations &… Read More »

Control Valve & Actuator Installation Method Statement for HVAC System

The purpose of below instrument installation method statement is to set out a clear and defined method of ensuring that the correct control valve is selected and installed in the correct position in the HVAC system. In addition a method is also set out which will ensure that the correct actuators for each specific control… Read More »

Split Unit Testing and Commissioning Method Statement

Below is a precise HVAC method statement that briefly explains testing and commissioning of split unit ac air conditioner. The test will be commenced after Split Unit installation and power supply panel T&C activities completed. All areas and fan inlet & outlet should be cleared of waste materials and any other obstruction. The purpose of… Read More »

Method Statement for Hot Insulation

This method statement covers the general requirements for materials and application of external thermal insulation on the hot surfaces of piping and equipment’s as applicable on the project or facilities i.e. boilers, refineries etc. The external surface of equipment, piping and machinery shall be insulated to conserve energy by reducing heat loss and to facilitate… Read More »

Exhaust Fan Installation Procedure ( Axial, Centrifugal and Propeller Exhaust Fans)

Below is a precise exhaust fan installation procedure that covers installation of Axial, Centrifugal and Propeller types of exhaust fans. This standing procedure step wise defines the method that will help to ensure that installation of axial / centrifugal / propeller fan’s, supports, vibration isolators and final connections is done as per project specifications. Also… Read More »

Method of Statement For Installation of Compressed Air Piping System for Chillers

1. PURPOSE This method of statement covers the on construction project site installation of the compressed air piping system for the operation of the chillers. This method statement covers following type of works: Power Plant Compressed Air Systems Factory assembled packaged air compressor complete with: –  Rotary screw air compressor –  Receiver –  Filtration facilities – … Read More »

Method Statement for Installation of Thermal Insulation on Pipes

Below is a detailed method statement for thermal insulation application on pipes, fittings and equipment connections. Calcium silicate insulation is used for thermal insulation of indoor piping and fittings. Perlite insulation is often used where water entering an insulation system may cause corrosion problems or process problems, for example the outdoor piping, fitting and equipment.… Read More »

Kitchen Exhaust Ducting Installation Method Statement

This method statement covers on site installation of pre-fabricated ductwork system for kitchen exhaust ducting. Procedure defines the method that will make sure that prefabricated kitchen exhaust ducting including support/bracketing, in line equipment installation and final connections are correct and acceptable, and conforms to the contract documents and specifications. Construction/ Project Manager is overall responsible… Read More »