NXU Training: Gas Processing Technical Seminars

 Technical Training for Gas Processing and Treating Operations

Build practical expertise in gas treating, amine units, TEG dehydration, and filtration systems through Nexo University (NXU), a technical training platform developed from real-world field experience in process troubleshooting and optimization.

Why Technical Training Matters in Gas Processing

Gas processing facilities operate under tight performance, safety, and product specifications. Small deviations in operating conditions, contamination levels, or equipment performance can lead to significant issues, including amine unit foaming, solvent losses, poor dehydration performance, corrosion, fouling, and off-spec gas.

Many of these problems are not caused by equipment failure alone, but by a lack of understanding of how process chemistry, contaminants, and operating conditions interact. Technical training helps operators, engineers, and maintenance personnel recognize early warning signs, understand root causes, and make informed decisions that improve reliability and reduce operating costs.

Nexo University (NXU) was developed from decades of hands-on experience in gas treating troubleshooting, amine unit optimization, and dehydration system performance improvement. The training is designed to bridge the gap between theory and real plant conditions, giving teams the knowledge needed to operate and troubleshoot systems effectively.

What You Will Learn in NXU Technical Training

NXU training programs focus on the core systems and mechanisms that drive performance in gas treating and dehydration units.

Amine Unit Training and Optimization

Training covers the fundamentals of acid gas removal, including mass transfer, thermodynamics, and solvent behavior. Participants learn how to diagnose and correct common issues such as amine foaming, hydrocarbon contamination, solvent degradation, heat stable salt buildup, and corrosion. Emphasis is placed on how inlet contamination, filtration, and operating conditions affect overall amine unit performance and capacity.

TEG Dehydration Training

TEG dehydration training focuses on water removal efficiency, glycol quality, and regeneration performance. Topics include contactor operation, reboiler duty, stripping gas effects, flash tank performance, and the impact of hydrocarbons and contaminants on dehydration efficiency. Participants learn how to troubleshoot poor water removal, glycol losses, and operational instability in dehydration systems.

Filtration and Coalescence Systems

Proper filtration and separation are critical for protecting solvents and maintaining process stability. Training covers filter and coalescer design, media selection, liquid-liquid separation, and solids removal efficiency. The role of filtration in preventing amine unit foaming, reducing fouling, and extending solvent life is emphasized.

Process Chemistry and Contamination Control

Gas treating performance is heavily influenced by process chemistry. Training includes solvent degradation mechanisms (thermal and oxidative), contaminant impacts, salt formation, and interactions between hydrocarbons, solids, and treating chemicals. Understanding these mechanisms allows personnel to better manage solvent health and prevent long-term operational issues.

Troubleshooting and Root Cause Analysis

NXU training incorporates structured troubleshooting methodologies used in field consulting. Participants learn how to evaluate process data, identify performance trends, and distinguish between symptoms and root causes. Real-world case examples are used to demonstrate how multiple factors—such as contamination, operating conditions, and equipment limitations—combine to affect system performance.

Equipment Performance and System Design

Training includes practical guidance on how key equipment functions within gas treating systems. This includes contactors, regenerators, separators, flash tanks, heat exchangers, carbon beds, filters, and coalescers. Participants gain insight into how equipment design, sizing, and configuration impact efficiency, reliability, and operating cost.

Training Delivery Options

Nexo University offers multiple training formats to support different operational needs and team structures.

Onsite Technical Training

Onsite training is delivered directly at the facility and can be tailored to specific equipment, operating conditions, and known issues. This allows for focused discussions on actual plant performance and provides immediate relevance to operations. It is particularly effective for facilities experiencing ongoing issues such as amine foaming, filtration problems, or dehydration inefficiency.

Online Training (NXU Platform)

The NXU online platform provides flexible access to gas treating training courses, including amine unit training, dehydration training, and filtration system education. Courses include technical modules, visual content, and supporting materials that can be accessed on demand. This format supports ongoing learning and is well suited for geographically distributed teams.

Open Seminars and Technical Workshops

NXU also offers in-person seminars and technical workshops held at various locations. These sessions provide structured instruction along with opportunities to discuss industry challenges and share operational experiences. Regular webinars focus on specific technical topics, including troubleshooting case studies and system optimization.

Who Benefits from Technical Training

NXU training is designed for a range of roles within gas processing operations.

Process operators gain a deeper understanding of system behavior, allowing for improved day-to-day decision-making and faster identification of abnormal conditions.

Maintenance and technical personnel benefit from understanding how process conditions affect equipment performance, enabling more effective diagnostics and maintenance planning.

Engineers and process managers gain practical insight into real system limitations, helping improve troubleshooting, optimization efforts, and capital project decisions.

Facility managers and supervisors benefit from consistent knowledge across teams, reducing variability in operations and improving overall plant performance.

The Nexo Solutions Approach

NXU training reflects the same technical approach used in Nexo Solutions’ engineering and technical services work. The focus is on practical application, not just theory. Training content is based on actual field data, laboratory analysis, and real troubleshooting cases from amine units, TEG dehydration systems, and gas processing facilities.

This approach ensures that participants understand not only how systems are designed to operate, but how they behave under real-world conditions, including the effects of contamination, fouling, corrosion, and operational variability.

Training Impact on Operations

Facilities that invest in technical training typically see measurable improvements in performance and cost control. Improved understanding of process behavior leads to faster troubleshooting, reduced reliance on temporary fixes such as excessive chemical injection, and better long-term decision-making.

Common outcomes include reduced solvent losses, improved dehydration performance, lower filtration costs, reduced fouling and corrosion rates, and increased system reliability. Training also supports safer operations by improving awareness of process risks and system limitations.

Access NXU Technical Training

Nexo Solutions provides technical training programs for gas treating and processing facilities seeking to improve performance, reduce operating costs, and build internal expertise.

Training is available through onsite programs, the NXU online platform, and open enrollment seminars.

For facilities addressing active operational issues, training can be combined with engineering support or onsite technical services to accelerate troubleshooting and performance improvement.