NDT Simulator & Practical NDT Training in the Netherlands
Few countries pack as much inspectable steel into as little space as the Netherlands. Refineries, tank terminals and chemical plants line the Rotterdam port, chemical complexes stand at Moerdijk, Terneuzen and Geleen, a large integrated steelworks sits at IJmuiden, shipyards and offshore fabricators work along the rivers south of Rotterdam, and the Dutch North Sea is filling with offshore wind farms. Atlantis built the first-ever online practical NDT simulation portal for practice and hands-on experience, and Dutch inspection teams are exactly the kind of users it was designed for. The Atlantis Practical NDT simulator is an immersive, 3D, game-like platform that runs in a browser or app. A technician chooses a job in a virtual NDT lab, welding workshop, aircraft hangar, oil and gas site or full-size storage tank, sets up the technique, inspects, records the result and is scored as soon as the job is done. It supports every level, from a trainee learning to calibrate a probe to a Level 3 benchmarking a crew before a turnaround, without booking bench time or using a single physical specimen.
This hub covers the whole of the Netherlands: where the work is, which simulator environments and methods fit Dutch industry, how simulator practice relates to EN ISO 9712 certification and Dutch rules, and how to arrange a demo. The Rotterdam page goes deeper on the port.
The Netherlands' NDT workforce and where the work is
Short answer: Dutch NDT work is centred on the Rotterdam-Moerdijk port and industrial complex, with further clusters in Zeeland, Limburg, the Amsterdam and IJmuiden area, the northern ports of Eemshaven and Delfzijl, the shipbuilding river belt and the offshore sector served from Den Helder, IJmuiden and Rotterdam.
Rotterdam and the port. The Port of Rotterdam is Europe's largest port and one of its biggest energy and chemical complexes. The industrial zones run west from the city through Pernis, Botlek, Europoort and out to the Maasvlakte. Several large refineries operate here, including the biggest in Europe at Pernis, alongside crude and product tank terminals with enormous storage capacity, an LNG import terminal on the Maasvlakte, chemical plants, power stations, and new energy transition projects in hydrogen and carbon capture. Inspection demand is constant: corrosion and thickness surveys on piping and vessels, exchanger tube inspection, alloy verification, tank shell and floor inspection, and weld inspection on new construction.
Moerdijk and West Brabant. South of Rotterdam, the Moerdijk industrial area hosts a large petrochemical complex and logistics and tank storage operations. Like the port, its workload is dominated by in-service inspection during turnarounds and by weld inspection on modifications.
Zeeland. Zeeland has the Netherlands' only operating nuclear power station at Borssele, where new reactors are also planned, plus the chemical complex at Terneuzen, industrial sites at Vlissingen-Oost and the cross-border North Sea Port that links Vlissingen and Terneuzen with Ghent in Belgium. Naval and commercial shipbuilding at Vlissingen adds weld inspection on hull structures.
Limburg. Chemelot at Geleen is one of the country's largest chemical sites, with chemical and materials plants, steam and utility systems and extensive piping. Plant inspection skills are the core requirement.
Amsterdam, IJmuiden and Schiphol. The steelworks at IJmuiden is the Netherlands' largest industrial site of its kind, with blast furnaces, gas holders, cranes and heavy structural steel, and it is in the middle of a long transition to lower-carbon steelmaking. Amsterdam's port is a major hub for petrol blending and fuel storage. Schiphol is home to large airline engineering and maintenance operations, and aviation component and services companies sit around the airport.
The river belt and shipbuilding. The Drechtsteden area and the rivers around Gorinchem, Kinderdijk, Alblasserdam and Schiedam host shipyards, dredging-vessel builders, offshore equipment fabricators and heavy-lift specialists. Welding is the heart of this industry, and with it weld inspection with UT, PAUT, TOFD, MT and RT.
The north and the offshore sector. Groningen's gas field has been closed and its wells and facilities are being decommissioned, while Eemshaven and Delfzijl host power generation, chemicals, data centres and offshore wind service bases. Den Helder is the base for much of the Dutch offshore oil and gas service industry and for the Royal Netherlands Navy. Offshore wind farms in zones such as Hollandse Kust and IJmuiden Ver are supplied from ports along the coast, and monopile and foundation fabrication in the Rotterdam area adds heavy weld inspection work.
Aerospace. Aerostructures and aircraft wiring production at Papendrecht and Hoogeveen, military aircraft maintenance at Woensdrecht, and aviation maintenance around Schiphol together make a sizeable aerospace NDT community, working mainly with eddy current, penetrant and ultrasonic methods.
Practical NDT by city and region in the Netherlands
Short answer: Rotterdam has its own Practical NDT page. The table below covers Rotterdam and the other main Dutch clusters, with the simulator environments and methods that fit each.
| City or region | Main local sectors | Environments & methods to practise |
|---|---|---|
| Rotterdam | Refining, tank storage, LNG, chemicals, offshore wind fabrication | Oil & Gas Site, Storage Tank, Welding Workshop; UT, PAUT, IRIS, PMI, MFL, TOFD |
| Moerdijk | Petrochemicals, tank storage | Oil & Gas Site, Storage Tank; UT, IRIS, PMI, MFL |
| Zeeland (Borssele, Terneuzen, Vlissingen) | Nuclear power, chemicals, shipbuilding, port | Oil & Gas Site, Welding Workshop; UT, PAUT, TOFD, ET, RT |
| Limburg (Geleen) | Chemicals and materials | Oil & Gas Site; UT, IRIS, PMI, LRUT |
| IJmuiden and Amsterdam | Steelmaking, fuel terminals, aviation at Schiphol | Storage Tank, Welding Workshop, Aircraft Hangar; UT, MT, MFL, ET, PT |
| River belt (Gorinchem, Kinderdijk, Schiedam) | Shipbuilding, dredging vessels, offshore equipment | Welding Workshop; UT, PAUT, TOFD, MT, RT |
| North (Eemshaven, Delfzijl, Den Helder) | Power, chemicals, gas decommissioning, offshore services | Oil & Gas Site; UT, LRUT, PAUT, PMI |
Rotterdam is the largest single concentration of NDT work in the country. Refinery and chemical turnarounds bring large crews for short, intense periods, and tank terminals keep a steady flow of shell and floor inspections. The Oil & Gas Site environment, with 73 jobs, covers corrosion mapping, exchanger tubes with IRIS, alloy verification with PMI and LRUT screening, and the Storage Tank environment covers shell thickness and MFL floor screening. Monopile and foundation fabrication adds PAUT and TOFD on very thick welds, which the Welding Workshop supports. Atlantis also has an ASNT SNT-TC-1A training page for Rotterdam for employers who work to US codes.
Moerdijk shares Rotterdam's plant workload on a smaller footprint. Turnaround preparation with IRIS, PMI and thickness work is the most useful practice, together with tank inspection for the storage operations nearby.
Zeeland combines nuclear, chemical and marine work. Nuclear plant inspection relies on qualified techniques and tightly controlled personnel requirements; the simulator supports general method practice in UT, PAUT, ET and RT interpretation without replacing those qualifications. Terneuzen's chemical complex suits the Oil & Gas Site, and the shipyards at Vlissingen suit the Welding Workshop.
Limburg technicians at Geleen work mainly on chemical plant: piping, vessels, exchangers, furnaces and utilities. Thickness surveys, IRIS on tubes, PMI and LRUT screening of pipe racks are the most relevant jobs.
IJmuiden and Amsterdam combine heavy industry and aviation. Steelworks inspection involves structural welds, cranes, gas holders and vessels, with MT and UT at the centre. Amsterdam's fuel terminals need tank inspection. Schiphol's maintenance organisations rely on ET, PT and UT on airframes and components, which the Aircraft Hangar environment's 54 jobs cover.
The river belt is welding country. Shipyards and offshore equipment builders inspect butt and fillet welds on hulls, cranes, pipe-laying equipment and heavy structures. The Welding Workshop's 52 jobs give repeated practice in UT, PAUT, TOFD, MT and RT interpretation on realistic weld flaws.
The north is changing fast. Decommissioning of Groningen gas facilities, new power and data-centre construction at Eemshaven and offshore services from Den Helder all need plant and pipeline inspection skills: UT, LRUT screening and PAUT corrosion mapping.
Environments and methods that match Dutch work
Short answer: the Oil & Gas Site and Storage Tank environments match the port and chemical clusters, the Welding Workshop matches shipbuilding, steel and offshore wind fabrication, the Aircraft Hangar matches Schiphol and the aerospace sites, and the NDT Lab covers fundamentals.
The simulator includes five environments, twelve methods and 33 guided lessons. Surface methods are PT, MT and VT. Volumetric methods are contact UT, PAUT, TOFD and RT. Electromagnetic methods are ET and MFL. The specialist techniques are LRUT guided-wave screening, IRIS internal rotary UT for heat-exchanger and boiler tubes, and PMI for alloy verification.
- Oil & Gas Site (73 jobs): weld, corrosion, tube and screening practice in a process plant. The core environment for Pernis, Botlek, Europoort, Moerdijk, Terneuzen and Geleen.
- Storage Tank: UT shell thickness surveys and MFL floor screening on a full-size tank. Highly relevant to the Netherlands, which has some of the largest tank storage capacity in Europe in Rotterdam and Amsterdam.
- Welding Workshop (52 jobs): weld coupons and fabrication joints. Relevant to shipyards, offshore equipment builders, steelworks maintenance and monopile and jacket fabrication.
- Aircraft Hangar (54 jobs): airframe and component inspection. Relevant to Schiphol maintenance, aerostructures production and military aircraft maintenance.
- NDT Lab (52 jobs): bench specimens and reference blocks. Relevant to trainees, students in technical vocational programmes, and anyone working on calibration and set-up fundamentals.
Two Dutch specialities stand out. The first is mechanised weld inspection with PAUT and TOFD, used widely on pipelines, pressure equipment and offshore wind structures, where set-up decisions (focal laws, probe separation, scan plans, encoder settings) make or break the result. The simulator lets technicians make those choices repeatedly and see the consequences. The second is tank inspection: with so much storage capacity in the country, shell and floor inspection skills are in constant demand, and the Storage Tank environment provides a full-size tank to practise on without draining, cleaning and gas-freeing a real one.
Regulators and requirements Dutch technicians meet
Short answer: Dutch NDT personnel are normally certified to EN ISO 9712; radiography is regulated by ANVS under the Dutch basic safety standards for radiation protection; pressure equipment in use falls under the Warenwetbesluit drukapparatuur 2016 and the Netherlands Labour Authority. Practical NDT is practice for any scheme and is not a certification.
Personnel certification. EN ISO 9712 is the standard basis for NDT personnel certification in the Netherlands, issued by accredited certification bodies. KINT, the Dutch society for quality surveillance, inspection and non-destructive testing, supports training, qualification and certification activities and joint industry projects in the sector. Aerospace NDT personnel are qualified to EN 4179 within their organisation's approved procedures. Some contractors working for US-owned operators, US OEMs or EPCs on US-code projects also qualify staff to ASNT SNT-TC-1A. Atlantis training covers ASNT SNT-TC-1A only; Atlantis does not provide EN ISO 9712 or EN 4179 training or examinations.
Radiation protection. The Authority for Nuclear Safety and Radiation Protection (ANVS) regulates ionising radiation in the Netherlands under the Besluit basisveiligheidsnormen stralingsbescherming, the Dutch implementation of the EU basic safety standards. Industrial radiography with sources or X-ray equipment needs authorisation, and the sector has its own practice guideline on radiation protection for NDT, published through KINT. Simulator practice involves no radiation at all, which is one reason it is a useful way to practise radiographic technique and interpretation.
Pressure equipment. The EU Pressure Equipment Directive is implemented in the Netherlands through the Warenwetbesluit drukapparatuur 2016 and its associated regulation. Unlike the directive itself, which concerns new equipment, the Dutch rules also set requirements for the use phase, including commissioning inspections and periodic re-inspection of certain categories of equipment by authorised inspection bodies. The Netherlands Labour Authority (Nederlandse Arbeidsinspectie) supervises, and Seveso establishments carry an additional duty of care for their pressure equipment. NDT is a routine part of both new-build conformity assessment and in-service inspection.
Mining, offshore and nuclear. Oil and gas production, including the Groningen field and offshore installations, is supervised by the State Supervision of Mines (SodM). Nuclear installations such as Borssele fall under ANVS. Aviation maintenance is overseen under EASA rules by the Dutch Human Environment and Transport Inspectorate. Codes in daily use include EN ISO weld testing standards, EN 13445 for pressure vessels and, on US-specified projects, ASME and API codes.
For written practices, procedures and technique sheets for Dutch projects that work to US codes, see NDT Level III consulting in the Netherlands. To track EN ISO 9712, EN 4179 and ASNT certificates in one system, see the Atlantis ERP for Dutch inspection companies.
For trainees, working technicians and Level IIIs in the Netherlands
Short answer: trainees build fundamentals with 33 guided lessons, working technicians keep rare defects and less-used methods fresh, and Level 3s and team leads benchmark crews before turnarounds and offshore campaigns.
Trainees. Many Dutch NDT technicians enter through technical vocational education (MBO) or from welding and mechanical trades, then build experience with an inspection company. The bottleneck is supervised hands-on time: specimens are limited and senior technicians are busy on client sites. The guided lessons start with calibration, reference blocks and simple flaws in the NDT Lab and progress to weld coupons, plant piping, tanks and aircraft components. Trainees can repeat a job as often as they need to, and every attempt is scored.
Working technicians. Dutch technicians often move between very different jobs: a refinery turnaround in Pernis, a tank inspection in Amsterdam, a weld inspection campaign at a shipyard, an offshore wind foundation project. The job library includes rare and hard-to-source flaws such as lack of sidewall fusion, transverse cracking, tube wall loss at supports, pitting under insulation and corrosion at tank floor edges, so technicians can practise the findings that really matter before they meet them on a client's asset.
Level 3s and team leads. Turnarounds in the Rotterdam area bring together technicians from many companies and countries. A responsible Level 3 can assemble a scenario set for the work ahead, assign it before mobilisation and compare results objectively. That supports decisions about who goes where, which refreshers are needed and whether a procedure is being read the same way by everyone on the crew.
Practice vs certification
Short answer: Practical NDT is a practice and readiness tool. It does not grant EN ISO 9712, EN 4179 or ASNT certification, and it does not replace the practical examination on real specimens.
Every certification route used in the Netherlands requires documented training, supervised industrial experience and examinations, including a practical examination on real specimens. Under EN ISO 9712 that happens through the certification body and its examination centres; under ASNT SNT-TC-1A the employer administers it according to its written practice; under EN 4179 the employer's responsible Level 3 or an outside agency controls it. Simulator hours are not industrial experience under any of these schemes unless an employer's own procedures choose to recognise them, and Atlantis does not claim otherwise.
What the simulator changes is readiness. Candidates arrive at their practical exams having already set up, scanned, interpreted and sized many times. Supervisors have an extra, objective view of a technician's progress. Experienced people can warm up on a method before a job. For formal ASNT SNT-TC-1A training, see Atlantis NDT training.
Turnarounds, tank terminals and offshore wind: why Dutch crews practise virtually
Short answer: Dutch inspection work is intense and campaign-driven, crews are international and mixed, and physical practice specimens are scarce. A browser-based simulator gives every technician the same practice jobs, wherever they are.
The rhythm of inspection work in the Netherlands is set by turnarounds and projects. A large refinery or chemical turnaround in the port can need many inspectors for a few weeks, and the crews are often drawn from several Dutch, Belgian, German, British and other European companies. The people on the crew have different certification histories and different habits. A shared set of practice jobs is a neutral way to bring them to a common standard before work starts.
Offshore wind adds another rhythm. Foundation and transition-piece fabrication involves very thick welds inspected with PAUT and TOFD, and fabrication yards work to tight project schedules. New technicians joining those projects need to become productive quickly, and the Welding Workshop provides repeated practice on mechanised weld inspection set-up and interpretation.
The Netherlands also shares Europe's workforce challenge: experienced technicians retiring while energy transition, decommissioning and new nuclear plans add work. Getting new entrants to a useful level faster, and giving experienced technicians a structured way to stay current, matters to every Dutch inspection manager.
Finally, practising in a simulator involves no radiation, no confined space entry, no work at height and no gas-free certificates. A trainee can make mistakes that would be dangerous on a live plant and learn from the score instead.
Bring Practical NDT to your Dutch team
Short answer: request a demo, tell us what your team inspects, and we will show the right environments and set up a pilot. Pricing is quote on request.
Atlantis built the first-ever online practical NDT simulation portal for practice and hands-on experience. Its scenario library was designed by Anoop Rayavarapu, ASNT NDT Level III and founder of Atlantis NDT. Practical NDT is affordable, accessible and fully customisable: Dutch inspection companies, plant owners, shipyards, training providers and vocational schools can use the standard library or ask for scenario sets aligned to their own procedures and job mix.
Getting started takes one short call about your work, whether that is turnaround inspection in the port, tank terminals, shipyard weld inspection, offshore wind fabrication or aviation maintenance. We then show the relevant environments live, agree a pilot group and set up access in a browser or app. Team leads see results from day one. Delivery is online; Atlantis has no physical training location in the Netherlands.
- Request a Practical NDT demo for the Netherlands
- Ask for a quote for your Dutch crew or cohort
- Discuss turnaround or offshore wind scenario sets
Frequently asked questions
Is there an NDT simulator I can use in the Netherlands?
Yes. The Atlantis Practical NDT simulator runs online in a browser or app, so it can be used anywhere in the Netherlands. Demos are arranged through the contact form.
Does Practical NDT count towards EN ISO 9712 certification?
No. EN ISO 9712 certification requires training, industrial experience and examinations through an accredited certification body. The simulator is practice only, and Atlantis does not offer EN ISO 9712 training or exams.
Is it useful for refinery and chemical turnarounds in Rotterdam?
Yes. The Oil & Gas Site environment covers corrosion, weld, tube and screening work, including IRIS, PMI and LRUT, and the Storage Tank environment covers shell and floor inspection.
Does it cover PAUT and TOFD for offshore wind fabrication?
Yes. The Welding Workshop includes PAUT and TOFD practice on weld coupons and fabrication joints, which suits mechanised weld inspection on thick sections.
Can aviation technicians at Schiphol use it?
Yes. The Aircraft Hangar environment has 54 jobs covering airframe and component inspection with ET, PT, UT and VT. It does not replace EN 4179 qualification.
Does it include radiography?
Yes, focused on technique and image interpretation. No radiation is used, so ANVS authorisation does not apply to simulator practice; real radiography remains regulated by ANVS.
Can it help with NDT practical exam preparation?
Yes, as preparation. It builds set-up, scanning, interpretation and sizing habits, but the exam itself must be taken on real specimens.
What experience level is it for?
All levels, from trainees on guided lessons to working technicians and Level 3s who build and assign scenario sets.
Can contractors from Belgium, Germany or the UK on a Dutch turnaround use it?
Yes. Access is online, so every member of a mixed international crew can work the same scenario set before mobilisation, wherever they are based.
Does Atlantis offer ASNT training in the Netherlands?
Yes, ASNT SNT-TC-1A only, delivered online, live-virtual or onsite at the client's facility for employers that need SNT-TC-1A personnel. See training.
How do we start?
Request a demo and we will agree a pilot. Pricing is quote on request.
Explore more: Practical NDT overview, Practical NDT Rotterdam, Practical NDT Antwerp, NDT training, Netherlands consulting, Netherlands ERP, contact.