Welcome to the Premier Global Forum for Nuclear Reactor Chemistry

For nearly 50 years, the Nuclear Plant Chemistry (NPC) conference series has been the world’s premier forum for nuclear reactor chemistry professionals. Join us in Canada’s beautiful capital city for six days of cutting-edge science, invaluable networking, and collaborative innovation. The Canadian Nuclear Society is proud to host NPC 2027, marking Canada’s return to the series since our successful NPC 2010 in Quebec City.

The NPC conferences, as the world’s leading forum for chemistry of nuclear reactor systems, bring together the diverse array of organizations that play vital roles in optimizing chemistry performance—operators, researchers, suppliers, technical support organizations, and regulators. This is where researchers and industry professionals meet to discuss challenges, share capabilities, and collaborate to improve understanding, safety, and technology in nuclear reactor chemistry.

Access to the latest research and operational experiences from global leaders

Connect with 250+ professionals from operators, researchers, suppliers, and regulators worldwide

Poster competitions and awards for outstanding work

International participation from North America, Europe, Asia, and beyond

Bridge the gap between fundamental research and practical applications

MARK YOUR CALENDAR

WELCOME RECEPTION

October 3, 2027

MAIN CONFERENCE

October 4-7, 2027

WORKSHOPS

October 8, 2027

Venue: Fairmont Château Laurier

Historic Elegance in Canada’s Capital City

Walking distance to Parliament Hill and major Attractions

World-class conference Facilities

Excellent dining and accomodation options

  • Nuclear plant chemistry professionals and operators
  • Researchers in nuclear reactor chemistry and radiochemistry
  • Materials scientists working with nuclear systems
  • Regulatory professionals in nuclear safety
  • Equipment suppliers and technical service providers
  • Graduate students and early-career professionals
  • Anyone involved in optimizing chemistry performance in nuclear reactor systems