The ITER site is set to go through one of its biggest transformations, following the signature by the European Domestic Agency F4E of a contract for site infrastructure works with COMSA EMTE.
Under this contract, for a value of EUR 35 million, a variety of civil engineering works such as lighting, drainage, special foundations, roads and trenches will be carried out. Eighty people will be deployed on the ITER site in order to ensure the coordination of the activities and reconfigure the 500,000 m² that will be directly affected by the works.
The civil engineering works carried out through this contract will deliver to the ITER site a fully integrated drainage system (process discharges, precipitation drainage and sanitary drainage), outdoor and indoor lighting, a water management system, service trenches for networks between buildings, roads and parking areas, and special foundations to support equipment and site installations.
A components cooling water network will be built to transfer heat from the systems for heat removal, operating side by side with the heat rejection system that will buffer heat loads during operation through an open loop system consisting of cooling towers, cold and hot basins, water pumps, valves, sensors and interconnected piping.
Read the full story on the F4E website here.
The new Communications Manager for the US Domestic Agency, Mark Uhran, spent some time at ITER this week getting immersed in the specificity of ITER challenges, visiting the site, and improving his understanding of the details of the ITER project.
„My understanding is very young … barely four months old … however I have been following the progress of fusion plasma R&D from a distance for several decades now.”
Although as a young engineer he began his career in the field of renewable energy, Mark took a lengthy detour over to the space industry. For 28 years he held positions of increasing responsibility at NASA, culminating as program director for the International Space Station (ISS) Division at NASA Headquarters.
Of nearly three decades as part of the ambitious ISS program, following the project from conception through delivery, Mark retains many lessons—lessons that he sought to share with the ITER community during an Inside ITER seminar last week.
„For the first time in human history, we’re now finding industrialized nations forming partnerships to design and build complex, technological assets for which no nation alone can bear the cost or the risk. Perhaps the lessons learned from ISS will be of use to us all, as we pursue yet another grand challenge through international partnership.”
Mark spoke of the challenge of maintaining public support for complex, long-term projects through the inevitable changes in government priorities, economic conditions, and the policy-making environment. „The ISS is now up and running and I’m confident that the future R&D potential of the Space Station is at least as great as the engineering achievements already in hand. But it took 25 years to get to this point … Along the way it was important to show progress in incremental steps, to celebrate the unprecedented scientific and technical merits of the intermediate steps as well as the final goal.”
He also underlined the challenge that it had been for the ISS program to integrate subsystems delivered by each Partner that, in the end, had to become interoperable. „The challenge did not end with the delivery and successful acceptance testing of each component … that’s when the challenge began,” Mark stressed. „The delivering partner stayed actively engaged until the whole system was operating according to specifications. We called this 'sustaining engineering.' It was by treating all ISS Partners as perennial stakeholders that, in the end, each one took pride in their ongoing contributions to the success of the ISS team.”
Mark took the audience back to the early days of the ISS program, recalling the „chaotic period” around the end of the preliminary design phase when people from around the world—speaking different languages, employing different design standards, and advocating different approaches to qualifying system performance and reliability—had gathered to build a permanently crewed, full service space station in low-Earth orbit.
„The sheer volume of requirements was almost overwhelming,” says Mark. But with the rigorous management of the change request process and the successful organization of the systems engineering and integration function („NASA’s 'forte'”) the program advance successfully. „That’s why I’m personally so excited about human progress in Very Large-Scale International Systems Integration (VLISI). The state-of-the-art is really advancing globally.”
One last word to the assembled crowd: „NASA had evolved a culture of testing in order to avoid schedule stalls along the way. This testing culture turned out to be invaluable to the ISS program, where we had systems and elements from around the world that were seeing one another for the first time in space. There was no room for error. We implemented a costly, but very effective multi-element integrated testing capability that exposed the potential 'glitches' that would have cost tens of millions had we encountered those faults for the first time during operations.”
The ISS partners were successful in building the Space Station—an absolutely Herculean effort—because of teamwork and risk management, Mark concluded. Before ending with a quote from Henry Ford, the father of the modern assembly line: „Coming together is a beginning; keeping together is progress; working together is success.”