Village Centre - Lap Pool
166 Mahogany Centre SE Calgary AB T3M 2V6 · Aquatic Facility
12 inspections
- Risk Management Inspection
1 infraction
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Turnover rate calculated at 4.16 hours. Increase flow to reduce turnover rate to 4 hours or less. Do not exceed 260gpm as that is the max flow rate for the floor drains.
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Non-urgent sample received during the holiday long weekend without approval. The sample was not processed - please submit a new sample.
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Turnover rate calculated at 4.16 hours. Increase flow to reduce turnover rate to 4 hours or less. Do not exceed 260gpm as that is the max flow rate for the floor drains.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Water sample was submitted during weekend/holiday without approval and therefore was not processed. Please submit a new sample.
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Turnover rate calculated at 4.16 hours. Increase flow to reduce turnover rate to 4 hours or less. Do not exceed 260gpm as that is the max flow rate for the floor drains.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Monitoring Inspection
1 infraction
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Turnover rate calculated at 4.16 hours. Increase flow to reduce turnover rate to 4 hours or less. Do not exceed 260gpm as that is the max flow rate for the floor drains.
- 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Sample was rejected as no time was noted on the requisition. -resampleID: 25ES-219E00335
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- July 3rd water sample received by the lab was not dated.
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Risk Management Inspection
1 infraction
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- June 5, 2025 water sample had 1050 HPC. Treat and resample.
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Demand Inspection
2 infractions
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Nov. 8, 2024 water sample had 870 HPC. Spoke with Jordan to resample
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Monitoring Inspection
1 infraction
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- The flow rate of the recirculation system is above the max. flow rate of the submerged suction outlet. Flow rate was reduced by adjusting the valves. However, this cannot be a long-term solution. The submerged suction outlet must be qualified for the maximum flow rate of the recirculation system. Please determine max. flow rate and replace with appropriate main drain covers.
- 12. Are the general safety devices and physical conditions in this pool providing a safe environment (Critical)?
- Demand Inspection
1 infraction
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- July 25th sample was cancelled by the lab as there was no identification number on the bottle. Emailed operator Paul Eddy to resample.
- 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
- Monitoring Inspection
0 infractions