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Ancient Romans did it. Councillor Buchanan thinks Red Deer can do it. Why not do it? Harness our water?

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If Red Deer had a guaranteed year round source of flowing water, should we harness it for Hydroelectricity? What if we had a flow rate that was only strong enough to power city buildings? Should we investigate it? If we knew parts of the equation could we not ask?
City Councillor Buck Buchanan thinks it should be looked into. Why?
The city has a guaranteed source that has been recently upgraded to 72,500 cubic meters per day. The source is our Wastewater Treatment Plant. It pumps treated water into the Red Deer River year round and it is not going to stop anytime soon.
The raw wastewater goes through different cycles and/or processes before it is released as clean water. Treated wastewater leaves the plant area through a channel before being released into the Red Deer River.
The upgraded capacity of Red Deer’s wastewater treatment plant is 72,500 cubic meters of water per day or 2.6 million cubic feet per day.
The energy in these moving waters is being wasted. Why not harness it as Hydroelectricity.
Hydroelectricity is electricity produced by movement of water. It is usually made with dams that block a river to make a reservoir or collect water that is pumped there. When the water is released, the pressure behind the dam forces the water down pipes that lead to a turbine. Our wastewater treatment plant acts like a dam as it holds back water for treatment.
So just how do we get electricity from water? Actually, hydroelectric and coal-fired power plants produce electricity in a similar way. In both cases a power source is used to turn a propeller-like piece called a turbine, which then turns a metal shaft in an electric generator, which is the motor that produces electricity. A coal-fired power plant uses steam to turn the turbine blades; whereas a hydroelectric plant uses moving water to turn the turbine. The results are the same.
People have been using the power of moving water to run water wheels and mills for more than 2,000 years. Modern power plants today convert that mechanical energy into electricity.
Tides, ocean currents, waterfalls, rivers… Moving water is a constant source of energy ready to be harnessed. Hydroelectric energy is obtained by using a turbine to convert the kinetic energy of a river or waterfall into mechanical energy, and then an alternator to transform it into electrical energy.
There are two main kinds of hydroelectric generating stations: reservoir, and
run-of-river (ROR).
A generating station with reservoir uses a dam to create an artificial lake. A run-of-river generating station has no reservoir but offers the advantage of producing electricity without having to store the water.
Hydro power plants produce minimal greenhouse gases and are a source of clean, non-polluting energy. The evaporation/condensation cycle also makes hydro energy renewable. The above qualities pertain particularly to ROR plants, which produce energy from the natural water flow, which means that the impact on the landscape, ecosystem and neighbouring communities is considerably reduced. It also costs much less to produce electricity at an ROR plant.
Such properties make ROR hydroelectricity a sensible choice, for economic, social and environmental reasons.
Run-of-river generating stations are not very complicated. Flowing water is channelled through the intake and enters a penstock, which causes it to flow with greater speed and force to the turbine. The turbine is activated by the force of the water, and it, in turn, runs the alternator to produce electricity. The water then flows down the tailrace and returns to the river.
The viability of a site and the electricity it can produce are determined by two factors: drop height and water flow volume.
Hydroelectric energy has been in use for thousands of years. Ancient Romans built turbines, which are wheels turned by flowing water. Roman turbines were not used for electricity, but for grinding grains to make flour and breads.
Water mills provide another source of hydroelectric energy. Water mills, which were common until the Industrial Revolution, are large wheels usually located on the banks of moderately flowing rivers. Water mills generate energy that powers such diverse activities as grinding grain, cutting lumber, or creating hot fires to create steel.
Hydroelectric power is also very efficient and inexpensive. “Modern hydro turbines can convert as much as 90% of the available energy into electricity. The best fossil fuel plants are only about 50% efficient. In the US , hydropower is produced for an average of 0.7 cents per kilowatt-hour (kWh).
Since we know we have a flow rate of 72,500 cubic meters per day, could we not ask an expert if we could harness it for hydroelectricity? If so how much could we produce and how much would it cost?
Like Councillor Buchanan, I am just asking.

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Opinion

Globally, 2025 had one of the lowest annual death rates from extreme weather in history

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Congratulations World!

Here at THB we are ending 2025 with some incredibly good news that you might not hear about anywhere else — Globally, 2025 has had one of the lowest annual death rates from disasters associated with extreme weather events in recorded history.¹

According to data from the Centre for Research on the Epidemiology of Disasters (CRED) at the Université Catholique de Louvain, Belgium (via Our World in Data), through October 2025, the world saw about 4,500 deaths related to extreme weather events.² Tragically, the final two months of 2025 saw large loss of life related to flooding in South and Southeast Asia, associated with Cyclones Senyar and Ditwah.

While the final death tolls are not yet available, reports suggest perhaps 1,600 people tragically lost their lives in these and several other events in the final two months of the year.

If those estimates prove accurate, that would make 2025 among the lowest in total deaths from extreme weather events. Ever! I am cautious here because the recent decade or so has seen many years with similarly low totals — notably 2014, 2015, 2016, 2018, 2021.

What we can say with some greater confidence is that the death rate from extreme weather events is the lowest ever at less than 0.8 deaths per 100,000 people (with population data from the United Nations). Only 2018 and 2015 are close.

To put the death rate into perspective, consider that:

  • in 1960 it was >320 per 100,000;
  • in 1970, >80 per 100,000;
  • in 1980, ~3 per 100,000;
  • in 1990, ~1.3 per 100,000;

Since 2000, six years have occurred with <1.0 deaths per 100,000 people, all since 2014. From 1970 to 2025 the death rate dropped by two orders of magnitude. This is an incredible story of human ingenuity and progress.

To be sure, there is some luck involved as large losses of life are still possible — For instance, 2008 saw almost 150,000 deaths and a death rate of ~21 per 100,000. Large casualty events remain a risk that requires our constant attention and preparation.

But make no mistake, 2025 is not unique, but part of a much longer-term trend of reduced vulnerability and improved preparation for extreme events. Underlying this trend lies the successful application of science, technology, and policy in a world that has grown much wealthier and thus far better equipped to protect people when, inevitably, extreme events do occur.

Bravo World!

Learn more:

Formetta, G., & Feyen, L. (2019). Empirical evidence of declining global vulnerability to climate-related hazardsGlobal Environmental Change57, 101920.

1

What is “recorded history”? CRED says their data is robust since 2000, as their dataset did not have complete global coverage and perviously many events went unreported. That means that the tabulations of CRED prior to 2000 are with high certainty undercounts of actual deaths related to extreme weather events.

2

Note that extreme temperature event impacts (cold and hot) are not included here — Not becaue they are not a legitimate focus, but because tracking such events has only begun in recent years, and methodologies are necessarily different when it comes to accounting for the direct loss of life related to storms and floods (e.g., epidemiological mortality vs. actual mortality). See a THB discussion of some of these issues here. My recommendation is to account for extreme temperature impacts in parallel to impacts from events like hurricanes, floods, and tornadoes — Rather than trying to combine apples and oranges.

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Business

Land use will be British Columbia’s biggest issue in 2026

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By Resource Works

Tariffs may fade. The collision between reconciliation, property rights, and investment will not.

British Columbia will talk about Donald Trump’s tariffs in 2026, and it will keep grinding through affordability. But the issue that will decide whether the province can build, invest, and govern is land use.

The warning signs were there in 2024. Land based industries still generate 12 per cent of B.C.’s GDP, and the province controls more than 90 per cent of the land base, and land policy was already being remade through opaque processes, including government to government tables. When rules for access to land feel unsettled, money flows slow into a trickle.

The Cowichan ruling sends shockwaves

In August 2025, the Cowichan ruling turned that unease into a live wire. The court recognized the Cowichan’s Aboriginal title over roughly 800 acres within Richmond, including lands held by governments and unnamed third parties. It found that grants of fee simple and other interests unjustifiably infringed that title, and declared certain Canada and Richmond titles and interests “defective and invalid,” with those invalidity declarations suspended for 18 months to give governments time to make arrangements.

The reaction has been split. Supporters see a reminder that constitutional rights do not evaporate because land changed hands. Critics see a precedent that leaves private owners exposed, especially because unnamed owners in the claim area were not parties to the case and did not receive formal notice. Even the idea of “coexistence” has become contentious, because both Aboriginal title and fee simple convey exclusive rights to decide land use and capture benefits.

Market chill sets in

McLTAikins translated the risk into advice that landowners and lenders can act on: registered ownership is not immune from constitutional scrutiny, and the land title system cannot cure a constitutional defect where Aboriginal title is established. Their explanation of fee simple reads less like theory than a due diligence checklist that now reaches beyond the registry.

By December, the market was answering. National Post columnist Adam Pankratz reported that an industrial landowner within the Cowichan title area lost a lender and a prospective tenant after a $35 million construction loan was pulled. He also described a separate Richmond hotel deal where a buyer withdrew after citing precedent risk, even though the hotel was not within the declared title lands. His case that uncertainty is already changing behaviour is laid out in Montrose.

Caroline Elliott captured how quickly court language moved into daily life after a City Richmond letter warned some owners that their title might be compromised. Whatever one thinks of that wording, it pushed land law out of the courtroom and into the mortgage conversation.

Mining and exploration stall

The same fault line runs through the critical minerals push. A new mineral claims regime now requires consultation before claims are approved, and critics argue it slows early stage exploration and forces prospectors to reveal targets before they can secure rights. Pankratz made that critique earlier, in his argument about mineral staking.

Resource Works, summarising AME feedback on Mineral Tenure Act modernisation, reported that 69.5 per cent of respondents lacked confidence in proposed changes, and that more than three quarters reported increased uncertainty about doing business in B.C. The theme is not anti consultation. It is that process, capacity, and timelines decide whether consultation produces partnership or paralysis.

Layered on top is the widening fight over UNDRIP implementation and DRIPA. Geoffrey Moyse, KC, called for repeal in a Northern Beat essay on DRIPA, arguing that Section 35 already provides the constitutional framework and that trying to operationalise UNDRIP invites litigation and uncertainty.

Tariffs and housing will still dominate headlines. But they are downstream of land. Until B.C. offers a stable bargain over who can do what, where, and on what foundation, every other promise will be hostage to the same uncertainty. For a province still built on land based wealth, Resource Works argues in its institutional history that the resource economy cannot be separated from land rules. In 2026, that is the main stage.

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