BWXT's BANR Microreactor Selected for Canadian Transportable Nuclear Power Plant Project

The BWXT Advanced Nuclear Reactor (BANR), a 22 MWe/75 MWt high-temperature gas-cooled reactor utilizing TRISO fuel, has been selected for a Canadian Transportable Nuclear Power Plant (TNPP) project. This Indigenous-led initiative by Prodigy plans to incorporate two BANR microreactors.

The project's goal is to validate plant logistics and operational requirements, establishing a commercial blueprint for the mass deployment of a TNPP fleet in Canada's North and for global export. These transportable power plants are designed for factory construction, with a target installation time of 18 months. They are expected to arrive at the site fully assembled, ready for fueling and commissioning.

Prodigy announced plans for a new campus in Belledune, which will include a centralized operations and maintenance hub to monitor and service a Northern TNPP fleet and train future plant workers. The campus will also feature an Indigenous Energy Innovation Visitor Centre. The power plant itself is projected to create over 150 jobs during site preparation and 40 permanent on-site positions.

The New Brunswick government has signed a letter of intent with Prodigy and the First Nations to purchase the generated electricity. The plant, capable of powering 40,000 homes, has a target in-service date in the early 2030s.

John MacQuarrie, President of Commercial Operations at BWXT, stated that the BANR is being designed to meet heat and electricity demands that currently rely on carbon-emitting sources with complex fuel logistics. He added that collaborating with Prodigy and integrating BANR with their transportable platform design expands BWXT's opportunities for future customers and reinforces Canada's leadership in advanced nuclear energy solutions.

Mathias Trojer, President and CEO of Prodigy Clean Energy, described BWXT's BANR as a leading advanced nuclear technology with a credible path to delivering the G7's first commercially operating Transportable Nuclear Power Plant. He noted that this Canadian pilot project will serve as a reference for deploying a BANR-TNPP fleet across Northern, industrial, and global energy markets.

Ontario Energy Minister Stephen Lecce highlighted Ontario's support for clean energy innovation through the TNPP project, comparing it to Ontario's small modular reactor project. He emphasized that the development of a Canadian-made Transportable Nuclear Power Plant represents the first commercially operating microreactor in the G7.

BWXT Canada and BWXT-owned Kinectrics plan to deploy a skilled Canadian workforce for the project, leveraging the industry's growth from CANDU refurbishment and new build projects. BWXT and Prodigy are working towards a definitive cooperative agreement to target commercial, industrial, and defense energy projects globally.

Prodigy clarified that its Transportable Nuclear Power Plants are purpose-designed, marine-fabricated buildings qualified to house operating nuclear reactors, not barges. All systems and components are contained within the plant, reducing the need for additional land-based buildings. These plants are customizable from 1-1,000 MWe gross output and can be tailored for high-heat applications.

The BANR was one of five microreactors selected by the US Department of the Army in August for deployment under its USD2.2 billion Janus Program. BWX Technologies aims for groundbreaking at its allocated site, Fort Campbell, Kentucky, in late 2028, with reactor operations commencing in the early 2030s.

Indian Power Sector Anticipates Strong Q2 FY27 Performance

India's power and utilities sector is forecast for a strong July-September quarter of financial year 2026-27 (FY27), according to a preview note by JM Financial. This growth is attributed to an 11 percent rise in overall energy demand and an 18 percent surge in peak load, reaching 270 GW. Thermal generation played a key role, with an all-India plant load factor of 65 percent, compensating for seasonal declines in renewable output and a 12 percent drop in hydro generation due to El Niño conditions.

Company Performance Projections

NTPC's revenue is estimated to increase by 12 percent year-on-year to ₹50,339.7 crore, with adjusted profit after tax (PAT) expected to jump 66 percent to ₹5,877.7 crore. For Tata Power, revenue is projected to climb 28 percent to ₹20,167 crore, and adjusted PAT is seen surging 81 percent to ₹1,305.3 crore, supported by its operational Mundra plant and growth in the discom business.

Capital goods and equipment suppliers Bharat Heavy Electricals (BHEL) and Suzlon Energy are also anticipated to report double-digit top-line momentum. BHEL's net sales are forecast to rise 20 percent year-on-year to ₹9,015 crore, with a 36 percent increase in adjusted PAT to ₹509.6 crore. Suzlon is estimated to register a 24 percent year-on-year rise in net sales to ₹4,815.1 crore and an adjusted PAT of ₹578.1 crore, up 3 percent, supported by deliveries reaching 660 MW.

NucFinder is pleased to announce that it has become a member of BULATOM, the Bulgarian Atomic Forum.

This membership marks an important step in NucFinder’s continued engagement with the European nuclear community and reflects our commitment to supporting the development of a stronger, more transparent and more connected nuclear supply chain.

As a dedicated nuclear supply chain platform, NucFinder connects buyers and suppliers across the global nuclear industry, helping companies discover relevant partners, showcase their capabilities, and build new relationships.

By joining BULATOM, NucFinder aims to strengthen cooperation with nuclear industry stakeholders in Bulgaria and across the wider region. Bulgaria has a long-standing nuclear energy tradition and an established industrial base, and is set to play an important role in the future development of the European nuclear sector.

We look forward to working together with BULATOM and its members to support the continued development of the nuclear industry and its supply chain.

NucFinder's membership in BULATOM is represented through Kleorix.