Nuclear fuels - Import export

Broad experience in nuclear technology More than 5 decades of know-how: From planning and operation to the dismantling and decommissioning of nuclear facilities Siempelkamp NIS Ingenieurgesellschaft has been successfully operating in the nuclear environment for five decades and is considered an established supplier of products and services for nuclear plants. Our specialists plan and support the dismantling/decommissioning, new construction and operation of nuclear facilities Our product and service portfolio for nuclear technology at a glance Decommissioning and dismantling of nuclear facilities (planning, implementation and dismantling technology) Equipment for nuclear installations Calculations of the decommissioning costs of nuclear installations Waste management, residual waste treatment and decontamination Personal dosimetry and radiation protection management Nuclear physics

Fine Tubes has a long history of manufacturing high-quality tubes for nuclear fuel rods, going back to the UK’s first generation of gas cooled reactors in the 1970s. Today we support customers worldwide at the earliest stages of design engineering for new builds, plant maintenance, global life extension projects and Small Modular Reactors (SMR). Nuclear Fuel Rods and Cans Our tubes are deployed in the nuclear fuel rods and cans of advanced gas-cooled reactors. Here they endure extreme temperatures and pressures. Precision, quality, and performance are crucial. Please note that we have a minimum order value of £10,000.

Nuclear fusion; the process that powers the Sun, releases energy by means of the fusing of two hydrogen atoms to form one helium atom. Adopting this process on Earth, as part of a next generation power station,1Kg of fusion fuel has the potential to provide the equivalent energy to 10 million Kg of fossil fuel, cleanly and from a potentially limitless fuel. Nuclear fusion reactions require the formation of a plasma of fuel, which can be achieved at temperatures over 100 million degrees. Sustaining this extremely thin and fragile plasma requires a sophisticated magnetic confinement system, which prevents contamination and cooling by the material surfaces. This is where Tesla come in. Tesla is supporting and enabling this international research effort, through the specialist supply of the critical magnetic confinement components for fusion experiments around the World, including: ITER MAST-U Tokamak W7X Stellarator JT-60SA ** Click for more **