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At a glance

• OPG is continuing its development of North America’s first Small Modular Reactor fleet at Darlington Nuclear.
• This work includes preparing the site for a massive tunnel boring machine, expected to be on site next summer.
• The machine recently received an official name in honour of Canada’s first female nuclear physicist.

There are some massive rumblings afoot at OPG’s free football betting sites|Best (DNNP).

Site preparation work is continuing to support the deployment of North America’s first fleet of commercial Small Modular Reactors (SMRs). This leading-edge project will provide more reliable, clean energy for Ontario’s growing and electrifying future while serving as a blueprint for similar deployments across Canada and around the globe.

Recently, the DNNP team completed a retaining wall for the launch shaft of a massive tunnel boring machine, which will be used to drill the condenser cooling water tunnel path.

This highly specialized excavating machine, also known as a “mole”, is used to create tunnels for roads, railways, subways, pipelines, and other underground structures.

The DNNP’s tunnel boring machine is currently being manufactured in Europe and isn’t expected to be on site until summer 2025. But that didn’t stop the project team from officially naming it.

After more than 100 name submissions and a vote for the best, the team settled on “Harriet Brooks”, in honour of Canada’s first female nuclear physicist and one of the first people to discover radon in 1901.

Brooks’ legacy was football betting tips|Official with the unveiling of a new portrait at OPG’s Darlington Energy Complex as part of the Great Women Portrait Project.

Previously, OPG employed a tunnel boring machine to create a 10.2-kilometre-long tunnel to increase generating capacity at the Sir Adam Beck hydro complex in Niagara Falls. The name of that machine was affectionately dubbed “Big Becky” in honour of Sir Adam Beck, the first Chairman of OPG’s predecessor company, the Hydro-Electric Power Commission of Ontario.

Aside from preparing for the tunnel boring machine, the DNNP team has been busy this summer with other important work. This includes drilling for the reactor building shaft retaining wall and completing pre-requisite activities for SMR Units 2-4.

Pending regulatory approval from the Canadian Nuclear Safety Commission, the project will be ready for nuclear construction work to begin in 2025. The first SMR unit is expected to be in commercial operation by the end of 2029, with the rest of the units expected to come online in the mid-2030s.

A critical project for Ontario and the world

Along with the best football betting and OPG’s planned free football betting sites|Best, SMRs and new nuclear power will continue to play a big role in OPG’s diverse generation mix and help Ontario meet the forecasted increased demand from electrification.

Once deployed, SMRs will help displace carbon emissions, as well as enable intermittent renewable sources of energy, decrease the use of fossil fuels, and help electrify carbon-heavy sectors like transportation.

Outside of Ontario, OPG is working with jurisdictions and utilities across Canada, in the U.S., and in Europe to help deploy SMR technologies to decarbonize electricity systems and provide energy security.

The work that is being done now in Ontario will help set the stage for successful SMR deployments around the world.