Great projects are carried out in collaboration:
HLW Repository for UK, United Kingdom
In 2017-2018 AINS and Atkins supported RWM in developing a costed, logic linked technical programme that defined the technical development and de-risked activities required for the geological disposal facility GDF. AINS provided first-hand experience and support from their numerous repository programmes e.g. cost estimation, benchmarking, scheduling, technical development input, public communication strategy, EIA, safety analyse, rock classification, facilities, site selection, regulatory involvement, transitional organisations, requirement management and stepwise implementation.
- Disposal of high level waste (HLW)
- Possible both HLW and LILW to the same facility
- 200-1000 metres deep, the area several square km
- A national geological screening was started in 2015
“Thank you for taking the time to travel to the RWM offices last week, the presentations were very informative.”
James Pearson, 7/2017, RWM
”An excellent review and very useful references !” 10/2017
”It has been a pleasure working with you and your team !” 3/2018
Andrew Stevens, ATKINS
Confidental Project, Finland
Rock engineering consultation in the facility. Very high confidentiality level and procedures.
- Several thousands square metres of underground facility
“Thank You for exact and explicit communication. Deliverable is precise and consistent. Many thanks for prompt and competent delivery.”
Heikki Rautio, 11/2018, Construction Management Manager, Senate Properties
Korea LILW, Repository, Wolsong Korea
AINS provided key expertise services covering training programmes, layout design, groundwater control, engineering barrier systems, rock engineering, site characterisation and technical design of the LILW facility. During the construction works, AINS was providing technical evaluation and licensing support for the repository in Korea during 2 years.
•Built 2006-2014, in operation since 13.7.2015
•$1.5 billion, roughly 400.000 m3
•Waste containers in silos (80 – 130 meters bsl)
•Six silos (diameter of 24 m and height 35 m) for 100,000 drums, a construction tunnel (1950 m), operation tunnel (1415 m), access shaft (207 m)
•AINS did 15 work packages during 2004-2014
”AINS has been involved in the project since very beginning of the design of the facility, since 2006. AINS has a frame agreement called ”Technical evaluation and licencing support for design of disposal underground silo” under which more than ten projects have been succesfully executed.”
Hyo Il Kim, 4/ 2015
SKB SNF Disposal Facility (DF), Forsmark, Sweden
AINS have had roughly 40 assignments during the past 20 years for the Swedish DF for spent nuclear fuel (SNF) both for 3V (vertical) and 3H (horizontal) concepts: this work has partly helped SKB to receive Radiation Safety Authority conclusion (in June 2016) stating that SKB is able to comply with radiation safety requirements for a DF of SNF. AINS has widely contributed to long term safety analysis, site characterization, technical design etc.
•A site was selected in 2009, the applications to build the DF for over 6.000 canisters submitted in 2011
•2.300.000 m3, the DF will occupy 3-4 km² underground to a depth of 400-500 m
•Total length of the tunnels will be 66 km
•Total cost 1300 MEUR
“AINS has been key resource in our Project for a long time and provide the expertise in several areas.” Magnus Kronberg, 2016, SKB
”Customer’s needs are taking into account excellent ! Good quality of documents, communication, availability, expertice and schedule & budget control. Excellent helpfulness !”
Erik Thurner, 5.2.2015, SKB
LILW (VLJ) Respository, Olkiluoto, Finland
AINS provided the main design, general design and rock engineering design for TVO’s low and intermediate level (LILW) nuclear waste repository. AINS was responsible for the geological mapping and supervision of the rock engineering works during construction. AINS has also done several extension designs for decommissioning waste openings and analyzed the site monitoring results.
In operation since 1992 (nowadays half filled)
90.000 m3, silos’ depth 70–100 m
Operational waste from Olkiluoto NPP
Waste is packed into concrete containers
Two silos (diameter of 24 m and height 35 m)
An access tunnel (665 m), access shaft (57 m)
”Excellent budget control !
Good in taking custmer’s needs into account, helpfulness, availability, expertice, satisfaction with the design and schedule control. Co-operation is based on expertice and long term professional experience”
Liisa Heikinheimo, 3/ 2016
Posiva SNF Disposal Facility, Olkiluoto, Finland
Posiva spent nuclear fuel (SNF) disposal facility (DF) is the most advanced SNF repository project in the world. AINS has had roughly 400 assignments during the last 40 years for this DF and had a key role also in gaining construction license for the DF. AINS has widely contributed to for example site selection, technical design, long term safety analysis, cost control and public acceptance.
•Construction works started in 2004 and the facility will start operation around 2024
•650 MEUR, 1.317.000 m3, 250.000 m2 and 51 km of tunnels/shafts (without underground research laboratory)
•AINS contract value for design and safety evaluation has been annually 2-3 MEUR during the last decade
•an access tunnel 5 km and 4 vertical shafts, depth 465 m
“Unique expertise, high quality, commitment, team-spirit, can-do attitude by staff and management.”
Barbara Pastina, 4/2016
“Positive feedback for the AINS work through out the whole Posiva organization, especially the new developed method for the deliverable”
Juha Riihimäki, 11/2017
“Customer relationship once established and with mutual respect is functional and successful.”
Kari Koskinen 10/2018”
Deep Geological Repository, DGR, Czech Republic
The client SÚRAO procure AINS’s and PSOy’s knowhow, which is accumulated during the Finnish DGR project, for the disposal of high level waste (HLW). AINS advisory work includes updating siting strategy, developing of the disposal concept and DGR design, improving the Safety Case of the concept, environmental impact assessments and in increasing DGR acceptability.
•The site for DGR should be selected by 2025
•1.700.000 m3, depth 500 m, investment 1300 MEUR
•The above-ground area covers 29.5 hectares
•9000 tonnes of spent nuclear fuel (SNF) and 5000 m3 of other radiactive waste
•The services: 4 years, 2.75 MEUR
“I would like to thank you for great workshop! I got positive feedbacks.“
Lucie Hausmannová 22.3.2019 SÚRAO project manager and materials specialist, Czech Republic
Fennovoima SNF Disposal Facility, Pyhäjoki/Eurajoki, Finland
AINS produced a comprehensive SNF NWM plan that included both new disposal site and an alternative of extension of the existing disposal area in order to bring separate NWM responsible parties together.
AINS also produced a separate reports of the requirements for potential disposal sites in extremely tight schedule both for LILW and HLW repostories.
•Operation start at the earliest in 2070’s
•20 km of tunnels/shafts, depth of 500 m
•KBS-3H and KBS-3V concepts were followed
•The amount of SNF is roughly 1200-1800 tU
”Discussions were lively and fruitful; everything was excellent agreed. Can you even hope anything else.”
Jere Lahdenperä 21.3.2017
Fennovoima NWM support programme manager, PSOy
” Oikein hyvää työtä on tehty”
Juho Kuusisto 24.5.2019 Fennovoima NWM support programme, project manager, Posiva Oy
Near Surface LILW Repository, Lithuania
AINS reviewed a design documentation for the repository for the low and intermediate-level (LILW) radioactive waste (RW). AINS focused on long-term safety, vault design and quality aspects of the review. AINS submitted recommendations so that State Nuclear Power Safety Inspectorate could take a decision on the issuing of a construction license.
•A landfill-type multi-barrier repository concept (complementary system of natural and artificial barriers)
•Modular-type with reinforced concrete vaults
•Waste provided by Ingalina Nuclear Power Plant
•Disposal volume of conditioned waste of 100.000 m3
Underground Research Facility, Beishan, China
AINS solely provided expert evaluation for design of the CNNC Underground Research Facility (URL), expert lectures and layout design consultation. Evaluation covered requirements, layout, schedule, costs, long term safety, bentonite, ventilation and operational safety etc. The facility may be a precursor to the development of the world’s largest HLW repository at the site.
•China will build an URL around 2020
•Expandable URL 650.000 m3, depth 560 m
•A shaft-access tunnel model, granite
•The waste form is vitrified radioactive HLW
•Access ramp, 3 shafts and test/ demonstration area
•Both TBM (7 km) and drill & blast (12 km) method
”The work was successful with plenty of information exchange and it is valuated by BRIUG.”
Dr. Ju Wang 12.4.2016
Vice President, Beijing Research Institute of Uranium Geology (BRIUG), Head, HLW Disposal Program, Beijing, China
LILW Repository for UK, United Kingdom
The aim of AINS project was to collate the information on existing low and intermediate level (LILW) nuclear waste disposal silos in different countries (AINS has designed most of the silo type LILW repositories) in crystalline bedrock. Information gathered added the client understanding, after which a decision on whether to retain silo disposal in the range of layout options can be made.
•Disposal of low heat generating wastes (LHGW)
•Possible both high level waste and LILW waste to the same facility
•200-1000 metres deep, the area several square km
•A national geological screening was started in 2015
”It is always a pleasure to work with staff at AINS. I particularly welcome the combination of professional behaviour and friendly, personal engagement.” Excellent in all areas (quality of documents, helpfulness, communication, availability, expertice and schedule & budget control etc.).
Amec Foster Wheeler (UK)
Canada HLW Repository, Canada
NWMO is implementing Adaptive Phased Management (APM), the centralized isolation of SNF in a repository. AINS ALARA assessments ensured that the worker dose rates are within the regulatory limits and identified changes for optimization of design and operation. AINS FMEA analysis have been used to identify potentially hazardous events and accidents during the operation.
•6 km2 HLW repository
•depth of 500 m
•advancing 3 reference concepts: the Mark I, II, III
•The repository will also include areas for offices, maintenance, services, monitoring and testing
•The investment is 7-8 billion CAD.
“The technical expertise of the team in preparing the preliminary ALARA and preliminary hazard assessment documents and the flexibility of your company in accommodating our needs are greatly appreciated. “
Helen Leung 7.4.2015