Design Technology
BHI produces excellent products with differentiated
performance through optimal design.
Design Ability
BHI designs superior products with differential performances based on essential design with high energy efficiency; strong design with corrosion resistance and durability against high temperature and high pressure; and optimum design to improve maintenance, serviceability, and stability. Skilled designers reflect customer and field requirements directly based on the computerized design system, exercising their design abilities so that customers can be fully satisfied with our products.BHI continuously and quickly applies new design technologies introduced by R&D for new product design. We perform feedback for design variables based on characteristics of the field where products are installed, and operational data.
BHI Design
BHI produces excellent products with differentiated
performance through optimal design.
Compact Size / Simplification / Minimum Design Margin
Feedback for Field Design Characteristics
Improvement of Design Technology by Introduction of Advanced Technologies
Basic Design
BHI, as one of the members of HTRI (Heat Transfer Research Inc.), implements HTRI common programs along with its own developed in-house software. Computerized production conditions, and an analysis of the quality and sensibility of materials guarantee the optimum thermal design for clients.
BHI’s products are manufactured after a thorough analysis considering corrosion arising from fluid and local stress, thus guaranteeing reliability and efficiency. Mechanical design is gained by implementing COMPRESS to API, HEI, ASME, TEMA, JIS, BS, DIN, etc.
Major Engineering Tool
01. ANSYS
- Finite Element Analysis
02. HTRI (Heat Transfer Research INC.)
- Thermal design for Heat Exchanger
03. Tools for Drawing
04. Tools for Mechanical calculation & Estimation
- Compress: For ASME Sec.VIII, Div.1 & 2
05. Others
- Numerous verified self-developed S/W programs