News Releases 2026

Jan. 26, 2026

JGC Group Employee Awarded the 2025 Lewis F. Moody Award by the ASME Fluids Engineering Division

- Contributing to the Advancement of Energy Projects through Innovative Research in Fluid Engineering -

Yokohama, Japan -- JGC Holdings Corporation is pleased to announce that overseas EPC operating company JGC Corporation, has received the 2025 Lewis F. Moody Award from the Fluids Engineering Division of the American Society of Mechanical Engineers (ASME).

<Overview of the Award>
Award Name 2025 Lewis F. Moody Award
Organizing Body

ASME Fluids Engineering Division

Award-winning Paper

Comparison of Vortex Structures and Turbulent Heat Transport for a Single Jet and Multiple Jets in Crossflow

Award Recipient

Xidong Hu, JGC Corporation

Professor Ryo Onishi, Institute of Science Tokyo


The American Society of Mechanical Engineers (ASME) is a globally recognized professional organization and standards-setting body in the field of mechanical engineering. ASME develops internationally adopted codes and standards governing the design, fabrication, and inspection of plant facilities, including boilers, pressure vessels, and piping systems. These ASME standards are widely used around the world and function as global benchmarks for ensuring quality and safety. The Lewis F. Moody Award, established in 1958, is a prestigious and long-standing award presented for outstanding original papers that make significant and practical contributions to the field of mechanical and fluid engineering. It is extremely rare for engineers from Japanese industry to receive this award. The receipt of this honor represents compelling evidence of the high technical expertise and advanced engineering capabilities of the JGC Group's engineers.

In the award-winning paper, the authors conducted a detailed investigation using advanced computational techniques to analyze the behavior of a single jet and multiple jets under crosswind conditions. The study clarified differences in the formation and development of vortical structures, as well as in heat transfer characteristics, within the airflow.

These findings are expected to be applied to a wide range of areas in the LNG sector, including the selection of plant construction sites, improvements in liquefaction process efficiency, and optimization of equipment design. Furthermore, through their application to the JGC Group's proprietary technologies--AIRLIZE LNG®1, which contributes to maximizing the productivity and availability of air-cooled LNG plants, and HARview®2--the findings are expected to enhance plant reliability, reduce CO₂ emissions, and improve operational flexibility. Ultimately, these efforts will further strengthen and differentiate the JGC Group's technological proposal capabilities in the LNG field.

The JGC Group will continue to provide innovative solutions to the complex challenges facing the global energy industry through its outstanding technological capabilities and sustained human resource development.

<Profile of the Award Recipient>
Name Xidong Hu
Company / Department

Advanced Simulation Group, Engineering Technology Center, Process Technology Division, JGC Corporation

Field of Expertise CFD and Thermal Fluid Analysis

20260126_11.jpg

Photo of the award recipients (Left: Professor Ryo Onishi, Institute of Science Tokyo; Right: Xidong Hu)




<For Reference>

1AIRLIZE LNG®

20260126_21.png
AIRLIZE LNG® is the JGC Group's total engineering service for air-cooled LNG plants, supporting the entire plant lifecycle--from planning, design, procurement, and construction to operation and maintenance. By optimizing air-cooling systems for LNG plants, it enhances energy efficiency and environmental performance.
AIRLIZE LNG® | Energy Transition | JGC HOLDINGS CORPORATION

2HARview®
20260126_31.png
HARview® is an engineering tool developed to support AIRLIZE LNG®. By integrating meteorological simulations that reproduce weather conditions around plant construction sites with CFD simulations that predict heat air recirculation (HAR) phenomena, it dramatically enhances design accuracy in EPC projects.
HARview® | Energy Transition | JGC HOLDINGS CORPORATION