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Canalta Cochrane - Whirlpool

10 Westside Drive Cochrane AB T4C 1M1 · Aquatic Facility

Inspection summary

Canalta Cochrane - Whirlpool has been inspected 8 times by Alberta Health Services (Environmental Public Health) since July 3, 2024. The most recent inspection, on July 17, 2026, found no infractions.

1 of 8 inspections on record found no infractions at all. In the past 12 months there were 3 inspections with 5 infractions recorded. The higher-risk findings here relate to: Pool and spa water quality, Chemicals and toxic substances and Food temperature control.

Recent inspections have recorded fewer infractions than earlier ones, so the record is improving.

What these findings mean

Health authorities word their findings differently, so we group them by what they mean for the people using the facility. Higher-risk findings are the ones that could directly cause illness or injury, such as water that is not properly treated.

  • Pool and spa water qualityHigher risk

    For pools, spas and splash pads, inspectors test disinfectant levels, pH and water clarity, and check safety equipment. Water that is not properly treated can spread skin, ear and stomach infections.

    Recorded 19 times across 7 separate inspections, most recently on January 19, 2026. For example: Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?

  • Chemicals and toxic substancesHigher risk

    Pool chemicals such as chlorine and acid must be labelled, stored apart from each other and handled safely. Mixing them by mistake can release toxic gas, so storage and handling problems are treated seriously.

    Recorded once on January 19, 2026. For example: Is the chemical quality of the water in this pool satisfactory (Non-Critical)?

  • Food temperature controlHigher risk

    Inspectors check that anything that has to be kept at a set temperature, such as chilled or hot food, or equipment like sterilizers, stays in its safe range and that accurate thermometers are on hand. With food, temperature problems are one of the most common causes of food poisoning.

    Recorded once on January 19, 2026. For example: Is the pool maintained in a clean and sanitary condition, good repair and are temperatures being properly regulated?

About this data

These results come from Alberta Health Services (Environmental Public Health), which inspects food premises and other public facilities in this area. We republish the authority's public disclosure data and refresh it regularly; the official record is the final word.

8 inspections

  1. Demand Inspection

    0 infractions

  2. Risk Management Inspection

    3 infractions

    • 05. Is the chemical quality of the water in this pool satisfactory (Non-Critical)?
      • Total Alkalinity was measured at 48ppm.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • Controller readings are not consistent with manual tests. Free chlorine was measured as over 8ppm (est. at 10-11ppm), controller was reading 7.53ppm.Please make sure digital test kit is calibrated.
    • 14. Is the pool maintained in a clean and sanitary condition, good repair and are temperatures being properly regulated?
      • One of the chemical feeding pipes had minor leak and causing white scale built up on the pipe surface.
  3. Monitoring Inspection

    2 infractions

    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • Controller readings are not consistent with manual tests. Free chlorine was measured as over 8ppm (est. at 10-11ppm), controller was reading 7.53ppm.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
  4. Demand Inspection

    3 infractions

    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • 1. Water sample collected on July 14, 2025 was unsatisfactory:- Present for Total Coliforms.- Pseudomonas Aeruginosa isolated.
    • 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
      • 1. July 14, 2025 water sample had a Heterotrophic Plate Count of 480 Colony Forming Units/mL.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
  5. Demand Inspection

    6 infractions

    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Unsatisfactory water sample result was received from the lab for the sample collected on Feb. 24.Pseudomonas Aeruginosa: Isolated
    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Water sample submitted on Aug.12 was unsatisfactory.Pseudomonas Aeruginosa ISOLATED.
    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Water sample from Oct.7 had Pseudomonas Isolated.
    • 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
      • Unsatisfactory water sample result was received from the lab for the sample collected on Feb. 24.HPC : >57,000 CFU/ ml.
    • 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
      • Water sample from Oct. 7 was unsatisfactory. HPC>57000.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
  6. Demand Inspection

    4 infractions

    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Water sample from Oct.7 had Pseudomonas Isolated.
    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Water sample submitted on Aug.12 was unsatisfactory.Pseudomonas Aeruginosa ISOLATED.
    • 03. Is the bacteriological quality of the water in this pool satisfactory (Non-Critical)?
      • Water sample from Oct. 7 was unsatisfactory. HPC>57000.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
  7. Demand Inspection

    2 infractions

    • 02. Is the bacteriological quality of the water in this pool satisfactory (Critical)?
      • Water sample submitted on Aug.12 was unsatisfactory.Pseudomonas Aeruginosa ISOLATED.
    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
  8. Initial Inspection

    1 infraction

    • 07. Are the filtration, circulation and disinfection systems used to maintain water quality working properly (Non-Critical)?
      • 1. The calculated filtration rate was 13.88 USG/M/ft^2, based on 68 GPM at the flow meter and the effective filtration area being 4.9 ft^2. COMPLETE THE FOLLOWING:1. Ensure the filtration rate does not exceed the maximum filtration rate of 12.5 USG/M/ft^2 for a whirlpool.
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