CENTRIFUGAL TURBO COMPRESSOR

HIGH EFFICIENCY AERODYNAMIC DESIGN
Sollant turbomachinery has a world-class design team with expertise in aerodynamics, rotor dynamics, gear drive theory and structuralstrength theory for centrifugal compressor and expander industries. Experts with over 20 years of experience in turbo machinery industry cast a solid foundation for our vision to "build Sollant into a domestic and global turbomachinery manufacturer".

CORE TECHNOLOGY DESIGN
Finite element analysis software is used to simulate the operation of impeller at rated speed to perform stress analysis and deformation calculation. Stress analysis results provide a strong rationale to verify impeller strength to prevent accidents from cracking of impeller in operation. Calculated deformation provides a reference for determining the clearance between impeller and inlet to avoid operation.

ROTOR DYNAMICS DESIGN
Professional software is used for rotor dynamics analysis and bearing design. Power consumption is minimized in bearing operation with reasonable oil film temperature, pressure and thickness. Rotor dynamics analysis based on stiffness and damping of the bearing helps achieve reasonable vibration value and sufficient stability of the rotor and avoid operation near critical rotation speed.

QUALITY CONTROL
Sollant centrifugal compressor has an excellent structural design to provide continuous, stable, oil-free, and
high-quality compressed air within minimum maintenance. Its high efficiency can fully meet the need of various
processes and air systems in factories.
Kompresor