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After several months of tests and commissioning, the first ITER system—electrical distribution—enters into operation on 23 January. The ITER site is now independently powered by an electrical substation that draws power directly from the 400 kV French national grid.
23 January 2019Download
It was built to demonstrate the constructability of the crown; it has served well and honourably. The 40-degree crown mockup on the ITER site gets celebrated in a short ceremony in January.
17 January 2019Download
The handover of the cooling tower zone from the European Domestic Agency to the ITER Organization takes place on 21 December 2018. The infrastructure is ready; now the ITER team will supervise the installation of equipment sent by the Indian Domestic Agency.
21 December 2018Download
The first metal piece of the Tokamak (a 10-metre, 6.6-tonne feeder component delivered by China) is introduced into the bioshield on the night of 26 November. ITER's logistics provider DAHER, European contractor VFR, and ITER engineers from the In-Cryostat Assembly Section were all involved in the operation. A new chapter opens for ITER ...
26 November 2018Download
''Electricians'' and command-control specialists from the ITER Organization and the European Domestic Agency (Fusion for Energy) succeed on 18 September in powering up the four transformers of the steady state electrical network. This "energization" means that ITER is now officially connected to the French grid.
18 September 2018Download
In respect of a 2018 ITER Council milestone, European contractors finalize the civil works of the concrete crown on the night of 28-29 August. This solid base ring and its 18 radial walls will support 23,000 tonnes of machine from below.
29 August 2018Download
At the base of the machine, a circular concrete wall will support the base of the cryostat and, with it, the entire weight of the machine. The first of four plots to form the crown was poured on 22-23 May 2018. (This photo was taken at 11.00 p.m.)
22 May 2018Download
In March, the lid that had divided the Tokamak assembly arena in two since last summer was lifted to the very top of the bioshield, to prepare for construction activities on the cryostat crown. It will stay in place until the first large components need to be installed by overhead crane.
13 March 2018Download
After two and a half years of work, European contractors realized the final pour of the bioshield—the 30-metre wall that completely surrounds the machine.
05 January 2018Download
The two buildings to the left of this image—the twin Magnet Power Conversion buildings—are now ready for equipment. Electrical components shipped from China, Korea and Russia will be progressively installed inside of the building as well as in the exterior bays.
20 December 2017Download
The very first activities of the ITER assembly and installation phase kick off in early September with the start of work on the first large tool in the Assembly Hall. The components of the vacuum vessel sector sub-assembly tool (SSAT #1) were delivered in batches by the Korean Domestic Agency over the summer; now they will be progressively installed from bottom up. Pictured: metrologists take the first floor-level measurements.
08 September 2017Download
To allow work to continue in the basement area of the bioshield, while other teams are evolving at L3 and L4 level, a temporary lid has been put in place for security. A small circular crane has been installed below to transport heavy materials during the construction of the cryostat crown. Photo: ITER Organization/EJF Riche
21 August 2017Download
A "ready for equipment" milestone is achieved in the ITER Assembly Hall in late June 2017. Early access is now available for the reception of the first tooling equipment; the Cleaning Facility is available for shared use, and temporary enclosures are in place to allow work to continue in other areas of the building.
30 June 2017Download
In an important milestone on site, the first equipment is installed in the 5,400 m² ITER cryoplant in late June 2017. Three helium cold boxes (large refrigerators designed to cool gaseous helium to the ultra-low temperature of 4.5 K) have now been installed on their permanent footings.
22 June 2017Download
In close coordination with the French transmission system operator RTE, the 400 kV switchyard is successfully powered up in March. The power will supply the 22 kV network on site and--later--the 66 kV network.
30 March 2017Download
Work is progressing rapidly on the ITER bioshield: late March, workers get started on the third above-ground level (L3). In the picture, the L1 level is fully poured, the L2 level is half poured and work is beginning on the L3 level.
23 March 2017Download
Since 2010, the Tokamak Complex construction project has been evolving below the level of the platform—excavation works first, followed by the creation of the building's seismic foundations and the realization of basement levels B2 and B1. But that was then. Now, with the Diagnostics Building (pictured) and the bioshield (hidden) completely framed out at L1 level, the view is changing considerably.
15 January 2017Download
Work gets off to a start on the L2 level of the ITER bioshield in October 2016 (see the scaffolding and formwork on the top of the L1 ring).
26 October 2016Download
On 4 October 2016, the first transformer for ITER's pulsed power electrical network (PPEN) is installed in its permanent home on the platform. The PPEN network will provide power to the installation's "pulsed" systems such as magnet power supplies and heating systems. © EJF Riche
04 October 2016Download
In June 2016, the ITER Organization awards a ten-year EUR 174 million contract for the management and coordination of assembly/installation works for the ITER Tokamak and associated plant systems. The MOMENTUM joint venture (led by Amec Foster Wheeler, UK, in partnership with Assystem, France, and KEPCO Engineering and Construction, Korea) moves a 25-person team on site immediately for the kick-off phase of the contract. © MatthieuColin.com
28 June 2016Download
Meeting an ITER Project Milestone on time, European contractors install the main cranes of the Assembly Hall in June 2016. These two travelling cranes will, together, carry loads of up to 1,500 tonnes from the Assembly Hall to the Tokamak installation area.
27 June 2016Download
In June, workers complete the multi-level cladding of the ITER Assembly Hall. The outermost layer of polished steel is an advanced taste of how the principal buildings of the ITER facility will look, when completed. (On the front of the building, the black wall is temporary.)
24 June 2016Download
This 18m³ tank is the first mechanical equipment to be lowered into the Tokamak Building. Procured by Europe, it is part of the nuclear effluent drainage system.
07 June 2016Download
Pouring begins on Tuesday 26 April for the B1-level basemat of the Tokamak Building, in respect of the 2016-2017 project schedule approved by the ITER Council.
26 April 2016Download
On Tuesday 29 March, a water detritiation tank supplied by Europe becomes the first plant component to be installed in the Tokamak Complex. Five other tanks will be installed in the coming weeks in the lowest level (B2) of the Tritium Plant, in accordance with schedule milestones.
29 March 2016Download
Pouring begins on 6 January 2016 for the first basement level of the Tokamak Complex (B1). In the area of the Diagnostic Building (pictured) it will take only four months to complete the interior and exterior B1 walls and to start on Level L1 (ground level).
04 February 2016Download
In the early hours of Wednesday, 21 October, workers poured the first 200° segment of the bioshield, in an all-day operation that took some 15 hours to complete.
21 October 2015Download
The roof structure of the Assembly Hall (730 metric tons) is successfully lifted into place in a 14-hour operation on 10-11 September 2015. Next to come will be cladding activities and the installation of rails for the heavy-lift cranes.
11 September 2015Download
The largest ITER warehouse is completed on time and within budget in September 2015. This 10,000 m² facility behind the ITER platform (160 metres long, 60 metres wide, 12 metres high) will be used to store components arriving from the ITER Domestic Agencies.
01 September 2015Download
In July 2015, the first formwork for the next basement level (B1) was set into place for the Diagnostics Building.
07 July 2015Download
The ITER Project celebrates a construction milestone on 21 May 2015 as the first plant component—an electrical transformer—is installed in its permanent position on site. Procured by the US and manufactured in Korea by Hyundai Heavy Industries (HHI), this transformer—and three others like it—will connect the 400 kV grid to the AC electrical distribution system.
21 May 2015Download
The first section of the basement-level wall of the Tokamak Complex (16 metres long, 5.5 metres high and 60 centimetre thick) was poured on 20 November 2014 for the Diagnostic Building. Some 50 m3 of concrete were poured in successive 50-centimetre layers to allow for vibrating operations.
20 November 2014Download
On 27 August 2014, the fifteenth and final segment of the Tokamak Complex basemat is poured. The finalization of the 9,300 m² slab (14,000 m³ of concrete, 3,600 tonnes of rebar. 2,500 embedded plates) is the last phase of Tokamak Complex foundation work. Work can now begin on the walls of the buildings.
27 August 2014Download
On 10 July 2014 pouring begins on the central part of the Tokamak Complex basemat slab—the most technically complex part of the slab that will directly support the 23,000-tonne machine. The central area, which will be poured in nine segments, should be completed in August.
10 July 2014Download
For the time being it's the tallest building on the ITER Platform! Construction on the Cryostat Workshop (in grey) ends in April 2014 following the installation of the 18-metre-tall gantry crane for heavy loads.
29 April 2014Download
On the morning of 11 December, concrete pouring begins for the basemat of the Tokamak Complex. Six months, and another 14 "pour days" will be necessary to complete the 1.5-metre-thick slab that will support the weight of the Tokamak, Diagnostic and Tritium buildings.
11 December 2013Download
In October 2013, the European Domestic Agency for ITER concludes a EUR 530 million contract for Tokamak Complex building services with a Franco-German consortium comprising Cofely Axima, Cofely Ineo and Cofely Endel (part of the GDF Suez Group) and the M +W Group GmbH. The contract (called TB04) covers the design, supply, installation and commissioning of the mechanical and electrical equipment for the Tokamak Complex plus the surrounding buildings—a total volume of 97,200 m3.
29 October 2013Download
Following more than 18 months of work, the deep-laid piping for ITER's precipitation drainage system and its cooling water release system are in place. Surface networks and galleries and drainage works around the Tokamak Building are still underway. Photo: F4E
26 September 2013Download
Drilling begins to investigate the soil and rock of the land parcel near the west end of the ITER Headquarters in September, following the signature of the Headquarters extension construction contract in July 2013. The five-storey ITER Headquarters will be extended this year by 35 metres, providing an extra 350 desk spaces. © Ricciotti
24 September 2013Download
The last area of the Seismic Pit is covered on 29 August 2013; the 493 seismic pads are now completely hidden from view. Concrete pouring begins in September.
29 August 2013Download
The kick-off meeting for the TB03 contract was held on 30 April 2013—this EUR 300 million package covering the construction of the main Tokamak Complex and auxiliary buildings was signed in December 2012 by the European Domestic Agency with the Franco-Spanish consortium VFR. The VFR consortium brings together VINCI Construction Grands Projets, Razel-Bec, Dodin Campenon Bernard, Campenon Bernard Sud-Est, GTM Sud and Chantiers Modernes Sud as well as the Spanish company Ferrovial Agroman.
30 April 2013Download
A small part of the ITER site—the approximate size of a football field (50 x 120 m)—has been made available to the Indian Domestic Agency for its temporary Cryostat Workshop, where the four main sections of the cryostat will be assembled from 54 smaller segments manufactured by India. Acting as building owner on this portion of the ITER worksite, the Indian Domestic Agency will observe French labour laws and regulations.
19 April 2013Download
Work on the basemat of the Tokamak Complex—the 1.5 metre-thick B2 slab—begins on 27 February 2013. In order to pour the concrete level with the top of the seismic pads, propping and formwork must be installed around every seismic column, a phase of work that will last for four months.
27 February 2013Download
The contract for the construction of the Tokamak Complex and accessory buildings (called the TB03 contract) is signed by the European Domestic Agency with the French-Spanish consortium, VFR, in late December 2012. The EUR 300 million, 5.5-year contract covers the construction of the three Tokamak Complex buildings (Tokamak, Diagnostic and Tritium) plus the neighbouring Assembly Building and several site service and control buildings. This is the largest contract signed by the European Domestic Agency to date and signifies that the pace of construction on the ITER platform is going to intensify.
21 December 2012Download
The six-story, 20,500-square-metre ITER Headquarters building is officially handed over to the ITER Organization on 5 October 2012 by Agence Iter France, under delegation from the European Domestic Agency Fusion for Energy, signalling the end of 24 months of construction work.
05 October 2012Download
The new seat of the ITER Organization, designed by local architects Ricciotti and Bonhomme, is officially handed over by Agence Iter France (under delegation from the European Domestic Agency F4E) on 5 October 2012 after two years of construction.
01 October 2012Download
Work on the underground drainage networks begins in March 2012. Some 50,000 cubic metres of earth are displaced to create a network of concrete piping 8-11 metres under the surface of the platform that will evacuate rainwater.
09 July 2012Download
After three years of technical studies and consultation and one year of construction, the realization of the four-hectare ITER switchyard is completed on 27 June 2012. ITER is now connected to the double "Boutre-Tavel" 400 kV power lines that supply electrical current to a vast area of south-eastern France. Installing and financing (EUR 22 million) the ITER switchyard and power-line extension was part of France's commitment to ITER.
27 June 2012Download
Work begins in May 2012 on the groundwork for the future Assembly Building. In this vast hall adjacent to the Tokamak Building, pre-assembly operations on the ITER components will be carried out prior to their installation in the machine.
30 May 2012Download
On 24 April 2012, for the third time in ten months, the French Nuclear Safety Authority (ASN) dispatches a group of inspectors to ITER. Regular inspections of ITER's nuclear installation are implemented within the framework of the ITER Headquarters Agreement, which was signed on 7 November 2007 by the ITER Organization and France.
27 April 2012Download
Seventeen metres below the surface of the platform, the concrete basemat, retaining walls, and seismic pads of the Seismic Isolation Pit are in place to protect the buildings and the equipment from ground motion in the case of a earthquake.
20 April 2012Download
On Wednesday, 18 April 2012 the 493rd—and final—seismic pad is installed. The event marks an important milestone for ITER, the European Domestic Agency F4E responsible for all building construction, and NUVIA, the company in charge of installing the seismic pads on the basemat of the Seismic Pit.
18 April 2012Download
The handover of the completed Poloidal Field Coils Winding Facility takes place on 14 February 2012 between the building consortium Spie Batignolles/ Omega Concept/Setec and the European Domestic Agency Fusion for Energy, with representatives of the ITER Organization present.
14 February 2012Download
On top of 1.7-metre columns (493 in all), seismic bearings made of alternate layers of metal and rubber and installed. The three buildings of the Tokamak Complex will rest on a single foundation on top of these seismic bearings.
07 February 2012Download
The Poloidal Field Coils Winding Facility is completed in January 2012 after 18 months of work. Here, the European Domestic Agency will wind five of ITER's six poloidal field coils—giant, circular magnets that will control the shape and stability of the plasma.
15 January 2012Download
Concrete pouring begins before dawn on 9 August 2011.
09 August 2011Download
One-and-a-half metres of rebar (3,400 tonnes) are positioned on the floor of the Seismic Pit. Atop this metal reinforcement workers will cast 493 concrete columns, or "plinths," that will support the seismic pads. Photo: F4E
28 July 2011Download
The excavation works begun in August 2010 for the Tokamak Complex Seismic Isolation Pit are now completed. Six months were necessary to excavate down to 17 metres, removing 210,000 m³ of rocky material in the process. The ITER Tokamak will be assembled here, nestled in among thick foundations and retaining walls—part of the anti-seismic measures planned for the protection of the machine. Photo: Altivue
17 March 2011Download
Over 500 holes are drilled into the Seismic Isolation Pit to examine the rock substrata. Any voids, or karsts, are filled with concrete.
15 February 2011Download
The Seismic Isolation Pit must be 17 metres deep, 130 metres long, and 90 metres wide. Some 210,000 cubic metres of rock and soil are removed during excavation works between September 2010 and February 2011.
08 October 2010Download
Ground work advances for the five-storey, 180 metre-long ITER Headquarters building. Construction of the 20,500 square-metre facility will require two years.
24 September 2010Download
The first concrete slab is poured for the Poloidal Field Coils Winding Facility—the first scientific building to go up on the ITER platform. The facility will be needed to manufacture five of ITER's poloidal field coils that will be too large for transport once assembled.
10 September 2010Download
Digging begins in August 2010 for the future Tokamak Complex Seismic Isolation Pit.
20 August 2010Download
Agence ITER France awards the contract for the construction of the permanent, five-storey ITER Headquarters to the French public works enterprise Léon Grosse and Axima, a specialist in heating, ventilation, and air-conditioning systems.Construction works on the 20,500 square-metre office building are carried out between August 2010 and August 2012. Photo: Ricciotti
21 May 2010Download
The European Domestic Agency F4E chooses a French consortium (Spie Batignolles, Omega Concept, Setec) to design and build the Poloidal Field Coils Winding Facility. Construction on the concrete and steel structure begins in August 2010.
13 January 2010Download
With preparatory work completed, the ITER platform now awaits construction.
22 May 2009Download
In March 2009, 42 hectares of levelled ground await the construction of the ITER scientific facility. Photo: AIF-Altivue
31 March 2009Download
The ITER cooling basins will receive the cooling water from the Tokamak Complex for testing before its release into the Durance River. In March 2009, the completed basins undergo testing for leakage.
23 March 2009Download
On 17 November 2008, Agence Iter France officially hands over the temporary office building JWS2 to the ITER Organization. With a capacity for 300 people, JWS2 is the first office building within the ITER enclosure. AIF-MB
15 October 2008Download
Offering an unbeatable view of the ITER platform, the new ITER Visitors Centre opens in September 2008. Information panels, mockups and a presentation room for 30 people are all geared toward informing the general public about the status and the stakes of the ITER Project.
22 September 2008Download
Work on the ITER Itinerary comes to an end in December 2010. Large-scale public works were carried out along the 104-kilometre Itinerary by France as Host state between 2008 and 2011 to widen roads, reinforce bridges and modify intersections in preparation for the exceptional size and weight of some of the Tokamak components. The cost for these road works (EUR 110 million) was shared by the Bouches-du-Rhône department Council (66 percent) and the French State (34 percent).
10 June 2008Download
To create a level platform at 315 m, workers removed 2.5 million cubic metres of earth and rubble—an amount equivalent in volume to the Kheops Pyramid in Egypt.
27 February 2008Download
Director-General Kaname Ikeda signs additional documentation for the ITER Organization's building permit request, which had initially been submitted at the end of September 2007. These documents, once submitted to the mayor of Saint-Paul-lez-Durance, will be thoroughly reviewed by the French administration.
29 January 2008Download
About 90 hectares were cleared for the project, leaving half of the 180 hectare parcel set out for ITER in its original wooded state. This first phase of work took over one year to compete.
30 March 2007Download
Before the diggers move in, measures are taken on the ITER site for the protection of fauna and flora, in collaboration with the regional environment authorities.
25 January 2007Download
An archaeological survey is required by the French law preliminary to any large construction project. At ITER, archaeologists from the French Institute INRAP revealed several traces of the past: a lime kiln, a charcoal oven and remnants of a glass factory from the 18th century, and several tombs dating from the 5th century A.D.
23 January 2007Download
Site preparatory works are undertaken by Agence Iter France from 2007 to 2009 as part of commitments made by France and Europe as hosts to the project. Site work is divided into two main phases: the clearing of 90 hectares, and the levelling of a vast platform to house the buildings and facilities of the ITER scientific experiments.
21 January 2007Download
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