The gas turbine is a rotary, impeller-type thermal engine that uses a continuously flowing gas as its working fluid. It is hailed as the “crown jewel” of industry, symbolizing a nation’s scientific and technological prowess, and also represents one of the major bottlenecks in China’s development. Its auxiliary systems primarily include the air system, oil system, ventilation and fire‑extinguishing system, and power supply system, all of which are critical to the overall performance and service life of the machine. Leveraging years of industry experience, Chenglin Technology can provide customers with an integrated solution for gas turbine auxiliary systems.

The SCR/CO system is specifically developed for NOₓ and CO emission control in gas turbine exhaust. It employs gas-turbine-specific wide-temperature-window, high-temperature-resistant catalysts and catalytic reduction technology, utilizing high-temperature flue gas to convert NOₓ and CO into nitrogen (N₂), water (H₂O), and CO₂. The system adapts to variable-load and frequent start-stop operating conditions, features low pressure drop without compromising turbine power output, and achieves ultra-low ammonia slip through intelligent ammonia injection control and ASC+SCR dual-function catalysis. Its modular design facilitates integrated installation with flue ducts or HRSGs (Heat Recovery Steam Generators), enabling compliance with ultra-low emission standards nationwide. It is the preferred emission control solution for gas turbine clean energy applications.

The aeroengine is a core field that the nation has prioritized for breakthroughs, and the Engine Test Bed Aerodynamic System is an indispensable testing and evaluation device in its research, certification, production, and maintenance. The test bed system primarily comprises an aerodynamic system, an oil system, a data acquisition system, and a control system. Leveraging its accumulated expertise, Chenglin Technology has become a key supplier of aerodynamic systems for domestic aeroengine and gas turbine test beds.

Chenglin Technology integrates gas/fuel‑powered generator sets, adopting a power configuration that prioritizes gas turbines while supplementing them with internal combustion engines. It offers diversified, standardized power‑station solutions, with products spanning four major categories: mobile vehicle‑mounted power stations, trailer‑mounted mobile power stations, containerized power stations, and stationary power stations. The company maintains strategic partnerships with leading gas‑turbine manufacturers both domestically and internationally.

Complex acoustic environments, formed by the combined contributions of hundreds of equipment sound sources, can disrupt the surrounding environment, jeopardize employees’ occupational health, and easily lead to noise levels exceeding regulatory limits at plant boundaries, thereby affecting nearby sensitive receptors. Such environments are prevalent in distributed energy systems, coal- or gas-fired power plants, metallurgy, chemical processing, and other settings. Leveraging over 20 years of technical data and extensive practical experience, Chenglin Technology offers precise analysis, tailored solutions, and highly effective noise control for complex acoustic environments.

Chenglin, drawing on more than twenty years of proven expertise, provides mature silencing and filtration products and services that are well-suited to power equipment across various sectors.