@@EdwinKahindi thank you for the kind words 💙

Thank you for the kind words ♥️

Hi there! Great to hear about your interest in becoming a Water Operator-in-Training (OIT). In Ontario, you can apply for an OIT certification without pursuing a diploma, as long as you meet the minimum requirements set by the Ontario Water Wastewater Certification Office (OWWCO). This typically involves passing the entry-level drinking water operator exam and completing mandatory training. Studying resources and guides can definitely help prepare for the exam. For detailed information about training providers, certification bodies, costs, prerequisites, and more, we recommend visiting the Water Movement platform. www.watermovement.ca/careers It's a fantastic resource to help guide you through the process. Let us know if you have any other questions!

You're welcome, thanks for watching!

No, you don’t need to use the standard solution if you want to test another sample right after. Standard solutions are only required during the calibration or verification process to ensure the turbidity meter is providing accurate readings. If the meter is already calibrated and verified, you can test your next sample directly. Just make sure: 1. The sample cell is clean and free of fingerprints or scratches. 2. The sample is well mixed (but not shaken to avoid bubbles). 3. You align the arrows on the sample cell and meter before taking the reading. Let us know if you need further clarification!

To ensure your dry standard's accuracy without comparing it to a formazin standard: 1.Manufacturer Calibration: Use a dry standard pre-calibrated and matched to your specific turbidity meter. 2. Regular Verification: Periodically compare it to a trusted wet standard, like formazin, using a calibrated device. 3. Proper Handling: Keep the standard clean, free from scratches or fingerprints, and store it in its protective case. 4. Environmental Consistency: Use the standard under recommended conditions to prevent variability. 5. Unit-Specific Use: Only use the standard with the turbidity meter it was calibrated for. 6. Documentation: Retain calibration certificates for traceability and ensure periodic re-certification by the manufacturer if needed. This approach maintains reliable measurements over time.

@@Jonasty00Great question! You’re on the right track with dilutions for high chlorine residuals, and your approach is logical. Here's how it works: 1. First Dilution (5mL sample + 5mL distilled water): If your reading is still 8.8+ after multiplying by 2, this indicates the chlorine residual is still too high for the range of your test. 2. Second Dilution (2.5mL sample + 7.5mL distilled water): If it again reads 8.8+, you’d multiply the result by 4. This is because the dilution factor now is 4 (the sample is 1/4 of the total volume). 3. Third Dilution (1.25mL sample + 8.75mL distilled water): If 8.8+ persists, you’d multiply by 8, as the sample now represents 1/8 of the total volume. Each dilution reduces the concentration by a factor relative to the proportion of your sample to the total volume. Continue this pattern (halving the sample volume and multiplying the result by the corresponding dilution factor) until you get a measurable reading within the range of your test. Pro Tip: If the water is very yellow, it might interfere with the accuracy of the measurement, even with a spectrophotometer. To minimize this, ensure you’re using a proper blank (such as distilled water or a zeroed sample with no chlorine) to account for the yellow tint. This helps the device differentiate between the water's natural color and the reaction caused by chlorine. Let me know if you have more questions!

@ thank you so much!

We provide comprehensive resources on becoming an operator in Canada. From educational and training requirements to institutions offering programs, as well as costs and timelines, we've got you covered. Since requirements vary by province, you can find all the detailed information here: www.watermovement.ca/careers

It's great to hear from another professional in the water treatment field!

@WaterMovement 9 years Still going on water Chemistry,

Discover everything you need to know about becoming a water operator! This includes the timeline, costs, certifying bodies, and institutions offering training programs across Canada. Learn more here: www.watermovement.ca/careers

Please feel free to email us at [email protected] with your specific questions, and we’ll create videos tailored to address them.

Thanks for your comment! You're absolutely right-designs need to account for the unique challenges remote communities face. At Water Movement, we’re advocating for engineering solutions that are not only efficient but also practical for the realities of these areas. This includes ensuring that systems use parts that are readily available or easy to replace, minimizing downtime, and lowering long-term costs. Community resilience and sustainability depend on these thoughtful, location-specific designs!

Hope you enjoyed the video!

Thanks for the laugh! 😂 If only solving pump problems was as easy as just saying the pump doesn’t exist!

Glad you liked it. Thanks for watching!

Great question! The terms can be a bit confusing. Total dynamic head (TDH) and total head are often used interchangeably, but technically, TDH refers specifically to the total head while the pump is running. It includes static head, friction losses, and any other factors affecting the system when it's operational. Total head is more of a general term for the vertical distance the water is being moved, but TDH gives you the full picture for a running system. Hope that clears it up!

Thanks for watching!

Thank you :)

That's awesome that you're interested in water! Doing a co-op in your final year of high school is a fantastic way to get hands-on experience and make connections in the field. While co-op is a great start, getting your Level 1 certification usually requires some additional training and passing an exam, which you can pursue after high school or through a water-related program at a college or technical school. I’d recommend talking to local water operators or your school counselor to explore co-op opportunities and programs that can set you on the path to earning your Level 1!

A vacuum forms in the fire hydrant because the draining process removes water from the hydrant barrel, leaving air to replace the water. When you place your hand over the nozzle and create a seal, the remaining water inside creates a partial vacuum as it attempts to flow out or equalize pressure. This vacuum effect ensures that: 1. Complete Draining: It confirms the hydrant is draining properly, which prevents water from remaining inside the barrel. If water remains, it can freeze in winter, damaging the hydrant. 2. Functionality Check: The suction sound when releasing your hand indicates there’s no obstruction and that the hydrant is functioning as intended. If no vacuum or suction sound is present, it could suggest a problem with the drain valve or internal components, requiring further inspection.

With a BSc Honours in Water and Waste Management Systems, you can pursue careers such as water/wastewater treatment operator, environmental consultant, hydrologist, water resources manager, sanitation engineer, sustainability specialist, policy advisor, or research scientist.

That’s an amazing career! With over 30 years of experience, you’ve seen firsthand how rewarding and dynamic the water industry can be. It’s true that there are always new challenges and opportunities for growth through education and certifications. The need for safe, reliable water is constant, and as every city has a water system, the demand for skilled operators remains high. Your dedication is inspiring!

Great question! Lagoons, or treatment ponds, can have some odor, especially during certain phases of treatment or if there’s a lack of oxygen in the water. However, well-maintained lagoons are designed to minimize odors by keeping the balance of bacteria and oxygen right. Regular maintenance and proper aeration can help keep any smells under control!

Learn everything you need to know about becoming a water operator in Canada. This includes timelines, costs, certifying bodies, and institutions offering training programs across the country. Explore the details here: www.watermovement.ca/careers Looking for jobs? Find current opportunities in Indigenous communities across Canada here: www.watermovement.ca/jobs-1

Thank you for the kind words! I'm glad you found the demonstration helpful. For Chlorometer details, they measure chlorine levels in water using DPD (N, N-diethyl-p-phenylenediamine) tablets, which react with chlorine to give a color change. You can find DPD tablets or powder online from suppliers that specialize in water testing equipment. I recommend searching for water testing kits on platforms like Amazon or local suppliers in your region. Unfortunately, I can't provide a direct link, but a quick search for 'DPD tablets for chlorine testing' should bring up many options!

Thank you for the kind words 💙

Thank you for watching 🙏🏻

We have everything you need to know about becoming an operator in any province across Canada, including Ontario. Explore detailed information on certifying bodies, the timeline, process, and training requirements. Check it out here!www.watermovement.ca/careers

Thank you for the kind words 💙

Thank you for the kind words! If there’s any other topics or questions you’d like us to solve, please let us know.

Whether further education is needed depends on the career path you want to pursue. With a bachelor’s degree in electrical engineering, you already have a strong foundation. If you want to specialize in a specific field (like renewable energy, automation, or water management), additional certifications or a master's degree might be beneficial. If you're planning to work internationally, some countries may require additional accreditation or certification, depending on their engineering standards. In most cases, practical experience combined with continuous learning through courses, certifications, or on-the-job training can also help you advance without needing a full degree.

No it’s actually TDH = Hs + Hf because you have to overcome gravity and the frictions in the way

I couldn't agree with you more on this.

Greetings! It's great to hear that you're working as a water treatment plant operator in Dubai. The process to obtain a Class A certification depends on the certifying body and the country’s requirements. Many water treatment certifications are regulated by local or international authorities, such as the International Water Association (IWA) or national regulatory boards. In Dubai, certification is usually managed by the Dubai Electricity and Water Authority (DEWA) or similar organizations. Unfortunately, I cannot provide direct links, but I recommend reaching out to DEWA or checking their website for certification requirements. Additionally, some international programs may offer online certifications, but you'll need to verify if they are recognized in Dubai. You can also search for online courses from reputable organizations like: American Water Works Association (AWWA) International Water Association (IWA) Be sure to check if they meet the qualifications in your region. Best of luck!

Thank you for the kind words! Feel free to email us questions you’d like us to solve at [email protected]

Thank you for the kind words! Let us know what other video topics you’d like us to make 😊

True

When water is pumped into a tank from the bottom, you're dealing with the force of the incoming water and gravity. To find the speed at which the water needs to be pumped to overcome gravity, you can use Bernoulli's equation, which in a simplified form for this case can be stated as: P + 0.5 * ρ * v^2 + ρ * g * h = constant Where: - P is the pressure exerted by the pump. - ρ (rho) is the density of the water. - v is the velocity of the water. - g is the acceleration due to gravity. - h is the height the water needs to be pushed up against gravity. To determine the velocity (v), you need to solve this equation while knowing the pressure added by the pump and the height of the tank. Essentially, the velocity of the water increases as more pressure is applied by the pump and must be sufficient to overcome the gravitational pull acting against the elevation (height) the water needs to travel. This approach will give you the minimum required speed at which the water should enter the tank to ensure it reaches the top.