NDT Simulator & Practical Training in Farmington, New Mexico

Farmington grew up on natural gas. The San Juan Basin, which spreads across northwestern New Mexico and into southwestern Colorado, is one of the most prolific gas basins in the country, and decades of development have left a dense web of wells, gathering lines, compressor stations, gas processing and treating plants and interstate transmission pipelines around the city. Add the coal-fired power plants that shaped the Four Corners economy, and the region carries an unusual mix of inspection needs: corrosion in ageing gathering systems, weld integrity in compression and processing, boiler and exchanger tubes, and alloy verification in plant piping. Atlantis built the first-ever online practical NDT simulation portal for practice and hands-on experience, and Practical NDT gives Farmington technicians an immersive, 3D, game-like place to rehearse that work in a browser or app, whatever their skill level.

The scenario library was designed by Anoop Rayavarapu, ASNT NDT Level III and founder of Atlantis NDT, who leads Atlantis training. If you are searching for an NDT simulator in Farmington, NDT practice for a Four Corners inspection crew, or hands-on NDT training that works for people spread across San Juan County and beyond, this page explains how Practical NDT fits the basin's real work, the methods you can practise and why it is a complement to formal certification rather than a replacement.

Why Hands-On NDT Practice Matters in the San Juan Basin Gas Fields

The San Juan Basin is a mature gas province. Conventional gas production began generations ago, and the development of coalbed methane from the Fruitland coal added thousands more wells from the late twentieth century onward. Mature basins have mature infrastructure. Gathering pipelines that have carried wet gas and produced water for decades face internal corrosion, especially at low points, bends and dead legs. Compressor stations see vibration-related fatigue at small-bore connections and welds. Gas processing and treating plants run amine systems, dehydration units, exchangers and pressure vessels, all of which need periodic inspection. Transmission pipelines leaving the basin need integrity programmes of their own.

For inspection technicians, that means a varied workload. One week may be ultrasonic thickness surveys on gathering lines, the next weld inspection on a compressor station tie-in, the next exchanger tube inspection during a plant turnaround. Methods that are used only occasionally, such as tube inspection or guided-wave screening, are exactly the ones that fade between jobs. At the same time, activity levels in a mature gas basin rise and fall with prices, so companies often run lean and cannot spare senior people for long training sessions.

Practice specimens with real, known flaws are also hard to come by. A local company may have a few calibration blocks and a handful of old weld samples, but not a library of corroded pipe sections, cracked welds and eroded tubes. Practical NDT fills that gap with realistic scenarios and instant scored feedback, so technicians can rehearse before they walk onto a live facility where mistakes carry real safety and environmental consequences.

Matching Practical NDT Environments to Farmington's Gas and Power Work

Practical NDT offers five workplace environments. For Farmington, the Oil and Gas Site environment is the primary fit, with 73 jobs covering weld, corrosion, tube and screening practice in a process plant setting. That closely mirrors gas processing and treating plants and compressor stations in the basin. Technicians can practise corrosion mapping on piping, weld ultrasonics on tie-ins, guided-wave screening on longer runs and IRIS on exchanger tubes, all in plant-style geometry.

The Storage Tank environment is the second fit. Produced water, condensate and chemical storage tanks are common in the basin, and the environment trains UT shell thickness surveys and magnetic flux leakage floor screening on a full-size tank. The NDT Lab environment, with 52 jobs, supports calibration and fundamentals with reference blocks and bench specimens, which is where new technicians should start.

The Welding Workshop environment, with 52 jobs, fits the fabrication and repair activity that supports a gas basin: compressor skids, piping spools, meter runs and repair welds. It is also relevant to power plant maintenance and to decommissioning work, where weld and structural assessment continue even as units shut down. The Aircraft Hangar environment, with 54 jobs, is less central, but Farmington has regional aviation at Four Corners Regional Airport, and some technicians work across oil and gas and aviation maintenance. The key is that a Farmington crew can concentrate on the environments that match its work and use the others for cross-training.

Methods You Can Practise: Ultrasonic Testing Simulator, Phased Array Simulator, IRIS and PMI

Practical NDT covers 12 methods. The volumetric methods are contact ultrasonic testing (UT), phased array ultrasonic testing (PAUT), time-of-flight diffraction (TOFD) and radiographic testing (RT). In the San Juan Basin, the ultrasonic testing simulator is a daily-use tool for thickness surveys on gathering lines and plant piping and for weld inspection. The phased array simulator trains corrosion mapping and weld scanning, including reading C-scans and sectorial views and telling localised pitting from general wall loss. TOFD scenarios build sizing skill for planar weld flaws, and RT scenarios cover weld image interpretation with no radiation exposure.

The specialised methods are especially relevant to Farmington's mix of gas processing and power generation. Internal rotary inspection system (IRIS) inspection is the standard ultrasonic technique for heat exchanger and boiler tubes, and IRIS scenarios let technicians practise interpreting wall loss, pitting and erosion patterns inside tubes without waiting for a turnaround. Long range ultrasonic testing (LRUT) guided-wave screening is useful on gathering and plant piping, including road crossings and supported runs, and the simulator builds judgement about which responses are features and which are potential corrosion. Positive material identification (PMI) scenarios train alloy verification, an important check in gas plants where a carbon steel fitting in an alloy system can lead to failure.

The electromagnetic methods, eddy current testing (ET) and magnetic flux leakage (MFL), cover surface cracks, tube work and tank floor screening. The surface methods, penetrant testing (PT), magnetic particle testing (MT) and visual testing (VT), remain essential for welds, compressor components and structural members. Having all 12 methods in one place lets a small Farmington company broaden what it offers without investing in a room full of specimens.

Built for Every Skill Level, From New Hand to Level III

Practical NDT supports three kinds of users. New trainees start with 33 guided lessons that explain each method, show how to set up and apply it and give scored feedback on every attempt. For someone moving into inspection from a gas field operator role, a welding job or a college programme, that structure provides a clear path through fundamentals.

Working technicians use the platform for rare-defect refreshers between assignments. A Level II who has spent a month on gathering line thickness surveys can run IRIS scenarios before a plant turnaround, or TOFD scenarios before a weld project. Because the scenarios include defect types that technicians see rarely in real work, the practice targets the skills most likely to have slipped.

Level IIIs and team leads can build and assign scenario sets, benchmark crews objectively and find coverage gaps. In a regional company, the Level III may be responsible for several technicians spread across the basin and beyond. With Practical NDT, the same scenario set can be assigned to everyone, and results can be compared on the same basis. That helps identify who is ready for more demanding work and who needs more support in particular methods. Difficulty adapts as users progress, so the platform stays useful across the whole team.

How It Complements Formal ASNT Training and NDT Practical Exam Preparation

Practical NDT is a skills-practice and readiness tool. It does not certify anyone, and it does not replace the practical examination on real specimens that ASNT SNT-TC-1A and an employer's written practice require. Under SNT-TC-1A, the employer's written practice defines training hours, experience hours and the general, specific and practical examinations. The practical exam must be done on real parts or specimens with real equipment. No simulator substitutes for that.

Where Practical NDT helps is NDT practical exam preparation and continuing competence. A technician who has worked through many realistic scenarios will walk into the practical exam with a stronger mental library of indications and a more disciplined technique. After certification, periodic practice keeps skills current between jobs. Atlantis delivers formal NDT training aligned with SNT-TC-1A through its NDT training and certification service, led by Anoop Rayavarapu as ASNT NDT Level III, and Practical NDT complements that training.

Operators and pipeline companies in the basin may also require other qualifications, such as pipeline operator qualification programmes or API inspector certifications for piping, vessels and tanks. Those are part of the regional market, but Atlantis does not train toward or administer those schemes. Practical NDT simply supports the hands-on practice that helps technicians perform well within their employer's framework.

The Four Corners Setting: Basin Geography, Regulators and Energy Transition

Farmington sits at the confluence of the San Juan, Animas and La Plata rivers, with Aztec and Bloomfield nearby and the Navajo Nation immediately to the west and south. The city is the commercial centre of San Juan County and a hub for the four-state region where New Mexico, Colorado, Utah and Arizona meet. Energy has long been its economic backbone: gas production and processing across the basin, pipeline hubs that move gas toward markets in the West and Southwest, and coal-fired generation at plants that once anchored the regional grid.

That power landscape is changing. The San Juan Generating Station closed in 2022, and the Four Corners Power Plant has moved toward seasonal operation with full closure planned by 2031. Transitions like these create inspection work of their own: condition assessment during reduced operation, decommissioning surveys, and reuse or repurposing studies. Meanwhile, gas production and midstream operations continue, and local utilities are investing in newer generation and storage.

Regulation shapes NDT work in specific ways. New Mexico is an NRC Agreement State, and industrial radiography licensing and oversight are handled by the New Mexico Environment Department's Radiation Control Bureau. Oil and gas activity on state and fee lands is overseen by the New Mexico Oil Conservation Division, with federal agencies involved on federal and tribal lands, and pipeline safety handled through federal and state programmes. For radiographers working across state lines into Colorado, Utah or Arizona, the rules of each jurisdiction apply. Practical NDT's RT scenarios offer interpretation practice without a source, which is useful where real radiography is so tightly controlled.

NDT Training Online in New Mexico: Serving a Spread-Out Workforce

Farmington is a long way from New Mexico's other population centres. Albuquerque is several hours' drive away, and the Permian Basin in the southeast corner of the state is further still. Inspection companies in the Four Corners draw workers from San Juan County, the Navajo Nation, southwestern Colorado and beyond, and many technicians travel to jobs across multiple states. NDT training online in New Mexico matters for exactly that reason. With Practical NDT, practice happens wherever the technician is, and supervisors can assign and review work remotely.

San Juan College in Farmington has long supported the regional energy workforce, and its School of Energy was established to train people for work in the natural gas fields of the basin. Graduates and current students of energy and industrial programmes are a natural audience for simulator-based practice that builds inspection skills on top of their technical grounding. Practical NDT does not replace college coursework or formal NDT training, but it adds structured, repeatable practice that is otherwise hard to find locally.

The energy transition adds another reason to invest in skills. As coal plant work winds down, some workers look for new roles in gas, midstream, renewables or other industries. Inspection is a transferable skill set that applies across power, oil and gas, manufacturing and infrastructure. For someone exploring that move, Practical NDT is a low-risk way to get a realistic sense of the work before committing to classroom hours and certification.

A Typical Practical NDT Session for a Farmington Plant Inspector

Imagine an inspector at a Farmington service company preparing for a turnaround at a gas processing plant. The Level III has assigned a scenario set built around the Oil and Gas Site environment. The session begins with an IRIS inspection of an exchanger bundle. The inspector reviews the tube data, identifies areas of wall loss near the tube sheet and a pattern of pitting further along several tubes, and records the findings. The platform scores the detection and sizing and highlights any tubes where the inspector missed or mis-sized damage.

Next, the scenario moves to plant piping. The inspector performs a phased array corrosion mapping scan on a section of process line downstream of a control valve, reviews the C-scan and identifies localised wall loss consistent with erosion-corrosion. A contact UT spot check confirms the minimum reading. Then a PMI scenario asks the inspector to verify the alloy of several fittings in a line that should be stainless, catching one component that is carbon steel.

Finally, a short Welding Workshop scenario covers MT on a repair weld at a compressor skid, including discrimination between a genuine crack and a non-relevant indication at a geometry change. The session ends with a scored summary and specific feedback. The Level III can compare results across the crew before the turnaround starts and assign extra practice where needed. No exchanger bundle was pulled, no specimens were purchased and no one lost a day on the road.

Bringing Practical NDT to Your Farmington Team

Atlantis built the first-ever online practical NDT simulation portal for practice and hands-on experience, and it fits the needs of a Four Corners inspection company well. The first step is a demo. You can request a Practical NDT demo for Farmington, and the Atlantis team will walk through the Oil and Gas Site, Storage Tank, Welding Workshop and NDT Lab environments with you, along with the tools a Level III uses to assign scenario sets and review results.

A typical rollout starts with a pilot group: a Level III or lead technician and a few inspectors. The lead selects scenario sets that match the company's work, such as gathering line surveys, compressor station welds, plant turnarounds or tank inspections, and assigns them. After a few weeks, the results show where the team is strong and where more practice is needed. The programme can then extend to new hires and additional methods. Access runs in a browser or app, with no special hardware. Pricing is quoted on request based on your team and needs. You can ask for a quote for your Farmington team whenever you are ready.

Practical NDT connects to the rest of the Atlantis platform. Formal certification training is available through Atlantis NDT training. Inspection companies that want to manage projects, technician qualifications and equipment calibration can explore Atlantis ERP. Operators that want to see inspection results on 3D models of plants and pipelines can look at Digital Twins.

Frequently Asked Questions

Does Practical NDT replace the practical certification exam?

No. It is a practice and readiness tool. Certification under ASNT SNT-TC-1A and your employer's written practice requires documented training and experience and a practical examination on real specimens with real equipment. Practical NDT helps you prepare and stay sharp; it does not certify.

Is it useful for gas processing and compressor station work?

Yes. The Oil and Gas Site environment covers weld, corrosion, tube and screening practice in a process plant setting, including IRIS on exchanger tubes, PAUT corrosion mapping, LRUT screening and PMI, which match the work at San Juan Basin gas plants and compressor stations.

What experience level is it for?

All levels. New trainees use 33 guided lessons, working technicians use rare-defect refreshers between assignments, and Level IIIs and team leads build scenario sets, benchmark crews and find coverage gaps.

Can former power plant workers use it to explore inspection careers?

Yes. Practical NDT gives a realistic view of inspection work across methods and environments. It does not replace formal training or certification, but it can help someone decide whether inspection is the right move and prepare for classroom training.

How do we get started?

Request a demo and the Atlantis team will tailor environments and scenario sets to your work. You can contact Atlantis about Practical NDT in Farmington or email info@atlantisndt.com.

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