On completion of cleaning

 On completion of cleaning, operatives to switch off machine and remove plug and RCD from the power socket and recoil machine cable/ lead. Operatives to check cable for any damage while recoiling cable/ lead.
13  Operatives to clean machine and check that pads or discs are not damaged or broken.
14  On completion of cleaning, operatives to dispose of all waste chemicals and materials on site and remove all cleaning equipment, chemicals and signage to company vehicle.
15  Operatives are not to leave the site until authorised by Supervisor.
This Method Statement to be used only to underpin a Full Site Specific Method Statement
Ceiling Cleaning – Stainless Steel – Painted –  False & Clipped Tiles
Applicable to both stainless steel ceilings and painted/false ceilings
1  Operatives to check all PPE, cleaning equipment and chemicals required for the task. Refer to COSHH assessments supplied for chemicals being used. Operatives to set out all ‘Caution/Warning’ signage required and cordon off cleaning area prior to work commencing.

help keep visible

help keep visible mildew from returning. But when mold spores get into the air conditioning system, they can settle in the air conditioning ductwork along with dust and other contaminants. Air conditioning duct systems, especially in Florida's humid climate, can be virtual incubators for microbial pollutants such as mold and bacteria. With the alternating high and low humidity conditions which regularly occur in air conditioning ducts during air conditioner operation, molds will grow, spread, produce spores and distribute the spores throughout a house. Mold contamination in air conditioning ducts poses a serious problem. Inhibiting Mold Growth in Air Conditioning Ducts To effectively prevent conditions that lead to air condition ductwork contamination, two considerations must be made: 1. Keep the ducts free from dirt and spores. 2. Check and repair any leaks in ducts that might introduce dirt and moisture.

WHAT TO DO WITH THE RESULTS

WHAT TO DO WITH THE RESULTS If the test indicates the leakage is greater than acceptable, the ducts should be sealed, repaired, or renovated (replaced). The threshold is set by the October 2005 Title 24 Building Code, which requires duct leakage to be reduced by 15% of the pre-work leakage found. In every case the closer to zero leakage attained, the better your duct system will perform. Sealing Duct sealing involves following established procedures and applying approved materials to seal air leaks. Locations where sealing is typically performed include the supply and return plenums (which are connected to the furnace cabinet), starting collars (where ducts are connected to the plenums), fittings in the duct runs (Ys, where ducts branch off, and elbows), splices within the duct run, and terminations where the ducts connect to the supply registers. The most important leakage areas are in the supply and return plenums, because these areas are closest to the air handler and under the highest pressures when the system is operating.