July 27 – August 1, 2026 – The classroom phase of the "PCCS Natural Gas Project Industrial Technology and Operations Management Training Program," initiated and hosted by PCCS, was successfully completed at Tianjin University. During six days of intensive instruction, participants from Nigeria's NMDPRA and MDGIF systematically studied nine core modules spanning the natural gas industry, from macro-level design to specialized operation and maintenance. This curriculum, meticulously designed by PCCS, represents the educational projection of its full industrial chain technology integration capability, aimed at delivering to clients a replicable, applicable, and in-depth knowledge asset.
The teaching lineup brought together the top academic strengths of Tianjin University and PCCS's own senior engineer team, forming a dual-driven faculty of "academic depth + industrial practice" that ensured the training content was both forward-looking and practical.
Curriculum Design: Full Coverage from Industrial Thinking to On-the-Ground Execution
The training opened with Professor Yuan Xigang's lecture "On Economic and Social Perspective of Engineering Design of Industrial Processes." This course provided participants with a comprehensive evaluation framework for engineering decision-making at the macro level, helping them understand the economic logic and social value behind technology choices — a direct embodiment of PCCS's consistent philosophy of "delivering not just equipment, but a development mindset."
Subsequently, the courses progressively delved deeper along the natural gas industrial chain, forming a clear capability advancement path:
- Core Facilities and Pipeline Networks: Engineer Wang Changjian's "Natural Gas Pipelines and Piping Systems" systematically dissected the entire process from design specifications to operation and maintenance management. Engineer Zhao Jia's "LNG and LPG Storage Terminal Infrastructure and Design" and "LNG and LPG Loading and Unloading System" focused on the design standards and safety operation systems at this critical node of the industrial chain.
- Natural Gas Liquefaction and High-Value Utilization Technologies: Engineer He Zhenyong delivered a three-day systematic course covering three core topics: "Core Technical Processes for Natural Gas Purification and Liquefaction", "Natural Gas-to-Methanol Technology", and "Natural Gas-to-Ammonia Technology". These three courses constituted the longest and most substantial core modules of the program, comprehensively covering the traditional pathway of natural gas purification, liquefaction, fractionation, storage, and dispatch, as well as emerging high-value utilization routes such as methanol and ammonia production. The course on purification and liquefaction presented a complete picture of an LNG plant, from process principles to daily dispatch; the natural gas-to-methanol course focused on conversion processes, process selection, techno-economics, safety and environmental requirements, and the market outlook for green methanol; and the natural gas-to-ammonia course provided in-depth analysis of technical routes, market potential, nitrogen fertilizer and urea value chains, energy consumption, environmental impact, and prospects for green ammonia. Together, the three courses strengthened the technical foundation of the traditional liquefaction pathway while opening up emerging high-value utilization routes, offering valuable insights for emerging markets like Nigeria to balance resource development with industrial upgrading.
- Precision Metering and Specialized Applications: Engineer Zhang Haitao's "Emergency Shutdown System; Design, Selection, Installation, Testing&Maintenance; Petrochemical Liquid Loading Management System" focused on ensuring accuracy in trade transfer, a key technical pillar of international energy trade. Engineer Yang Hongjuan's "CNG Mother and Daughter Station Technology and Operations Training" provided a mature solution for the clean application of natural gas in the transportation sector.
- Cutting-Edge Equipment and Future Expansion: Engineer Yang Yang's "Ultrasonic Flowmeters" and Engineer Wang Lin's "Modular Refineries" respectively showcased PCCS's frontier capabilities in precision metering equipment and modular construction, a key trend for the future.
- PCCS's Unique Advantage: Translating Technical Strength into Client Capability
The design logic of this curriculum essentially traces every technical node PCCS undertakes when delivering a natural gas project. PCCS's engineering team not only taught technical principles but also shared first-hand cases and best practices from multiple international projects. This "teaching as delivery" model is precisely PCCS's core competitive edge that sets it apart from traditional equipment suppliers — PCCS delivers not only engineering equipment but, more importantly, the localized talent support that ensures a project's efficient, long-term operation.
Participants from Nigeria's NMDPRA and MDGIF demonstrated a remarkably high level of engagement throughout. During Q&A sessions and technical discussions in every class, they engaged in deep exchanges with instructors on practical application scenarios in Nigeria. One participant commented after a session, "For the first time, the structure of this course allowed me to see the complete technical picture of a natural gas project so clearly. This will be directly helpful for us when formulating regulatory standards and evaluating development projects back home."
With the classroom phase successfully concluded, these participants have established a systematic knowledge framework of the entire natural gas industrial chain. Next, they will step out of the classroom and travel to Langfang for site visits to an LNG plant and a de-hydrocarbon plant, where they will verify and consolidate the theories learned in a real production environment, completing the final transformation from knowledge to practical capability.
