THE FUTURE OF NUCLEAR ENERGY
Sustainable Green-Energy Baseload Solution HTMR-100
An inclusive, sustainable, affordable, and secure global energy system.
Balancing energy security, access, environmental sustainability, and economic development.
Cape Town Sports Stadium and CBD, with Table Mountain in the background.
Local Time: Pretoria, South Africa September 13, 2024 1:00 am
WHO IS STRATEK GLOBAL?
ENGINEERS OF ADVANCED ENERGY SOLUTIONS
From left to right: Francois Mellett (Director: Operations, Stratek Global); Francois Reyneke (Director: Commercial, Stratek Global); Kelvin Kemm (Chairman, Stratek Global); Daniel Hayward (Company Lawyer, Stratek Global); David Boyes (Managing Director, Steenkampskraal Thorium Ltd); Olof Vorster (Director, Business Development, Resonant Nu Teq)
In the last decade of the 20th Century, South African Nuclear Technologists started the process of developing a small nuclear reactor that would not need water-cooling, and would serve large mining and industrial complexes in arid inland regions. Helium gas was chosen for reactor cooling, and the fuel chosen was the ."pebble" type. The design concept was to be a modular fabrication approach… and so the Pebble Bed Modular Reactor (PBMR) project was born. In 2008, with a 2000 strong workforce, the PBMR team was ready to launch their First Of A Kind prototype. However, due to the international financial crisis large international banks, who were involved in financing deals withdrew. This together with an unexpected change in government caused the PBMR, to be placed on "hold". The "hold" lasted and lasted. As a result, a small group of nuclear scientists and engineers formed a private company and embarked on developing a simplified variant of the SMR concept. Ten years of development followed.. Then a visionary nuclear team decided to draw the South African expertise into a marketable whole … STRATEK GLOBAL was Born!
In the last decade of the 20th Century, South African Nuclear Technologists started the process of developing a small nuclear reactor that would not need water-cooling, and would serve large mining and industrial complexes in arid inland regions. Helium gas was chosen for reactor cooling, and the fuel chosen was the ."pebble" type. The design concept was to be a modular fabrication approach… and so the Pebble Bed Modular Reactor (PBMR) project was born. In 2008, with a 2000 strong workforce, the PBMR team was ready to launch their First Of A Kind prototype. However, due to the international financial crisis large international banks, who were involved in financing deals withdrew. This together with an unexpected change in government caused the PBMR, to be placed on "hold". The "hold" lasted and lasted. As a result, a small group of nuclear scientists and engineers formed a private company and embarked on developing a simplified variant of the SMR concept. Ten years of development followed.. Then a visionary nuclear team decided to draw the South African expertise into a marketable whole … STRATEK GLOBAL was Born!
Technological Advancements In South Africa
South Africa is known globally for our nature and beauty as a travel destination. Our culture and natural resources are rich BUT so are our skills and advancements in manufacturing, mining and power technologies.
The Future Of Nuclear
HTMR-100
Stratek Global's High Temperature Modular Reactor, is a Helium gas-cooled reactor and is graphite moderated. This design produces high quality steam which is then coupled to a steam turbine system to produce a continuous base load of 35 MW of electrical power.
Rapid & Reliable Fabrication
‘Modular‘ reactor means that the reactor is primarily fabricated indoors in a production plant. The individual assemblies are then transported to the construction site where these individual modules are rapidly assembled, with minimal complications arising.
Outpacing Competitors in Generation IV Reactors
Our team has designed a first-to-market nuclear reactor that is set to drastically accelerate the time to grid connection. It is ready to build
Environmentally Friendly and Produces "Clean Energy"
Our nuclear Reactor is completely Green. The internal pressure is higher than the external pressure. Nothing comes out except through the "stack" which is monitored for radiation. Nothing comes out of the nuclear reactor directly.
Passive Safety
Using the laws of physics and chemistry to our advantage, so that it naturally moves towards a safe situation without human intervention, and without the need for motive force to drive safety systems.
TRISO Fuel
TRISO is Pebble Fuel developed and produced in Pretoria, South Africa.
This fuel consists of grains of Uranium, each coated with a number of different coatings to accommodate all mechanical and chemical effects. These tiny particles are then all embedded in a graphic matrix about the size of a cricket ball.
Water Cooling Not Required
The HTMR-100 is Gen IV reactor which is a high temperature gas cooled reactor. A significant advance on the lower temperature water cooled reactors.
Global Challenges
Sustainable electrical supply
Price and availability
Environmental impact of fossil fuels Population growth
Aging energy infrastructure Economic and technological growth
Excellence in engineering & construction Potable water requirements Shorter timelines for manufacturing Lower access to water cooling
Environmental impact of fossil fuels Population growth
Aging energy infrastructure Economic and technological growth
Excellence in engineering & construction Potable water requirements Shorter timelines for manufacturing Lower access to water cooling
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