Showing 2 ideas for tag "water-management"

City of Calgary Mayor's Innovation Challenge

Emissions Reduction through Continuous Monitoring and AI

Setting targets and moving towards net-zero emissions requires accurate baseline and trusted data to measure progress and provide transparency across any industry on the path to a greener energy solution. Greenhouse gas emissions are a growing global concern and innovative solutions to combat their effect on climate change and enable clean energy are critical.

Qube Technologies is a Calgary-based start-up that has developed... more »

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Phase 2 (Concluded) Log in and Rate the challenges: Mar 5-16

Calgary Smart Rainwater Capture and Distribution

Challenge Statement: "How will Calgary be able to plan for water demand in the future, and how can the citizen contribute with water conservation, while saving money at the same time?"

On average Calgary gets 317 mm of precipitation a year, most of it is absorbed by the ground or becomes runoff. Although not a new idea, capturing this water domestically and commercially would offset cost for the user and the City’s water... more »
What will change for Calgarians if we solve this problem? (Measurable)

Awareness via data will empower Calgarians to be more conscious of their water usage, presumably lowering their consumption and their water bill, and there would be cost reduction for meter reading and billing. Constant monitoring should also mitigate surprise pipe leaks, and therefore damages incurred. Reduced expansion of water infrastructure (including storm water) should reduce City tax increases, can’t demand more taxes on water infrastructure if it isn’t needed. Thus, more money in the pocket of the consumer and more available water for our habitat.

How could we make it happen with technology or data? (Attainable)

"Both actually. Adding sensors (flow sensors, rain gauges) throughout the home/commercial space will allow us to keep track of the distribution of rain in Calgary, help detect leaks, keep track of consumption and where it occurs. The data would stream live to a central database, via an existing data network (say Shaw Open), were it can be analyzed and also be accessible to the user. Better data will help build better climate models, help in infrastructure planning and show us where we can improve and where we have.

Rainwater harvesting is relatively simple, requiring a catchment (roof and PVC pipping), storage (tank), filtering (UV and sediment removal) and distribution system for use as flush or garden water. The more complex technology is in the filtering system as it must meet a minimum standard, say microfiltration at 0.5 μm and UV disinfection of 30 mJ/cm²."

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