Search results
- This study investigates the hypothesis that smart meter consumption data can be used directly to estimate the magnitude, timing and spatial distribution of wastewater flow, without the need of a water distribution network model.
iwaponline.com/jh/article/23/4/795/81858/Feasibility-of-using-smart-meter-water-consumptionFeasibility of using smart meter water consumption data and ...
People also ask
Can smart meter data be used to estimate wastewater flow?
Does smart meter data represent the wastewater component of the DWF?
Can smart meter-simulated wastewater flow reduce water balance in urban drainage systems?
Do smart meters measure water consumption?
Can smart meter data be used in urban drainage models?
Does a smart meter work in a sewer system?
May 3, 2021 · Results show that it is feasible to use smart meter data as input to a distributed urban drainage model, as the temporal dynamics of the model results and in-sewer flow observations match well.
In this study, we first validate the smart meter data against other, independent water distribution data. Subsequently, we use a detailed hydrodynamic sewer system model to link the smart meter data from almost 2,000 consumers with in-sewer flow observations in order to simulate the wastewater component of the dry weather flow (DWF) and to ...
- Continuous Wastewater Systems
- Equipment Calibration
- Record Keeping
- Monitoring Equipment
- Reporting
- For Additional Information
Owners or operators of wastewater systems discharging continuously must determine, for each final discharge points, the volume of effluent for each day effluent is deposited: 1. for small systems depositing less than or equal to 2,500 cubic meters (m3) per day by either: 1.1. using monitoring equipment that provides: 1.1.1. a continuous measure of ...
Monitoring equipment must be properly maintained and calibrated in accordance with the recommendations of the manufacturer or licensed professional (section 9). If this is not possible, the equipment must be calibrated at least once in every calendar year, but at least five months apart. 1. If a licensed professional prepared a calibration procedur...
Records must be made without delay and kept on site. Records must be kept for at least five years (sections 21 and 22). Records must be kept at least five years after the wastewater system is decommissioned or the monitoring equipment ceased to be used.
You must record the following information on the monitoring equipment (section 17): 1. a description of the equipment, including its type, for example: open channel equipped with a portable flow monitoring device that measures the height of the effluent as it passes over the weir 2. manufacturer’s specifications, year of manufacture and model numbe...
You must include the average daily effluent volume in the Identification Report in the Effluent Regulatory Reporting Information System(ERRIS). In your annual or quarterly monitoring reports, you must report the total amount of effluent deposited during the reporting period. ERRIS will automatically calculate the average daily effluent volume for e...
Visit the Wastewater website. If the information you need is unavailable on our website, please contact Environment and Climate Change Canada at eu-ww@ec.gc.ca.
Oct 1, 2019 · In this paper, we first design and then compare the performance of three data-driven methods to predict flow: (1) Artificial Neural Network (ANN); (2) Long-Short Term Memory (LSTM); (3) Least Absolute Shrinkage and Selection Operator (LASSO).
- Hazhar Sufi Karimi, Balasubramaniam Natarajan, Chris L. Ramsey, Jeffrey Henson, Joshua L. Tedder, Er...
- 2019
Nov 26, 2019 · With the advent of smart water meters, the situation has changed, and meter readings can now can be taken on a regular basis, e.g. hourly, thereby providing an appropriate balance. This allows for a better visualisation of when water is consumed and, theoretically at least, could be used to imply impacts on the wastewater system.
This study shows that water supply model automatically ensures that only wastewater from the smart meter data can potentially be used to estimate the consumers upstream from an in-sewer sensor contributes wastewater flow. The fact that smart meters thus become to the flow at the sensor location.
