Coal & Power

Against China’s energy landscape dominated by coal-fired power, the safe and stable operation of thermal power plants is directly vital to the lifeline of national power supply. Nevertheless, the long-standing problems of delayed and distorted coal quality detection plaguing the industry have evolved into a silent black hole that endangers plant safety and erodes corporate profits.
Statistics show that unplanned outages such as boiler coking, corrosion and tube rupture caused by coal quality issues in China’s thermal power plants incur direct economic losses and soaring operation and maintenance costs of up to hundreds of billions of yuan every year. Meanwhile, its potential threats to power grid stability and energy security are even inestimable.

Application Scenarios

Coal washing plant Coal chemical industry coal-fired power plants

Iron and Steel Metallurgy

The iron and steel metallurgy industry can adopt and is in urgent need of TRLIBS, as this technology directly addresses the most core and pressing pain points of the industry in quality control, cost control and process optimization.
It is not merely a faster testing instrument, but also a core sensing and data engine that drives the entire industry toward precision, efficiency, environmental friendliness and intelligence in smelting. Its value goes far beyond simple savings in testing costs, and is reflected in the overall process optimization benefits and strategic digital transformation capabilities.

Application Scenarios

Iron-smelting Plant Steelmaking Steel Rolling

Non-ferrous Metals

Non-ferrous metals are fundamental materials for the development of the national economy. Most industries including aerospace, automotive, machinery manufacturing, electric power, communication, construction and home appliances take non-ferrous metal materials as the foundation of production.
With the rapid advancement of modern chemical industry, agriculture and science and technology, non-ferrous metals are playing an increasingly important role in human development. They serve not only as vital strategic materials and essential production materials worldwide, but also as indispensable raw materials for consumer goods in people’s daily lives.

Application Scenarios

Alumina Plant Electrolytic aluminum plant Recycled aluminum

Mineral Processing

Develop a cross-belt online real-time monitoring system based on machine vision and multimodal spectroscopy analysis, to address industry pain points of traditional ore detection such as cumbersome procedures, delayed results and insufficient representativeness.
The system intelligently identifies the surface state of materials and automatically locates the optimal detection area, enabling high-precision real-time analysis of ore types and elemental content (major element error ＜ 2%, trace element error ＜ 3%). It provides continuous and accurate data support for mine production and quality management, and drives the intelligent and real-time transformation of the mining industry.

Application Scenarios

Prospecting/Mining ore dressing Ore trade

Food Processing

Multimodal spectroscopy technology is widely applied in the food processing industry by virtue of its core advantages of speed, convenience and non-destructive detection.
Requiring no sample pretreatment, it enables rapid multi-element testing of food raw materials, semi-finished products and finished products, and can simultaneously screen key indicators such as heavy metals and nutritional components. It delivers fast detection and accurate results without chemical reagent contamination, making it suitable for online real-time monitoring on production lines.
The technology simplifies quality inspection procedures, reduces operation and maintenance costs, helps food processing enterprises realize intelligent quality control, ensures food safety and compliance, and promotes the high-efficiency and green production upgrading of the industry.

Application Scenarios

Tea leaves

Fine Chemicals

Multimodal spectroscopy technology features the advantages of rapid speed, non-destructive testing and simultaneous multi-element detection. It is well adapted to the fine chemical industry and enables composition analysis of chemical raw materials, catalysts, intermediates and other substances.
It requires no complex pretreatment, quickly screens raw material purity and impurity content, and monitors composition deviations in the production process in real time. The technology helps optimize production processes and improve product stability. Meanwhile, it adapts to complex on-site working conditions in chemical plants, realizes efficient control of raw material quality inspection and production procedures, and promotes the intelligent upgrading of quality control in the fine chemical industry.

Application Scenarios

Lithium extraction from salt lakes

Military & Aerospace

Multimodal spectroscopy technology features core advantages such as non-contact measurement, no sample pretreatment, and rapid detection. It adapts to the harsh working conditions of the military and aerospace industry, enabling simultaneous multi-element analysis of aerospace materials, military components, propellants and more. It can accurately detect material composition, impurity content and structural defects.
Requiring no chemical reagents, the technology supports online real-time monitoring and data networking. It facilitates efficient management in scenarios including raw material screening, parts quality inspection, and in-orbit in-situ detection within the military and aerospace sector, ensures equipment reliability and safety, and drives the intelligent and precise upgrading of quality control in the military and aerospace industry.

Application Scenarios

Energy Industry

Multimodal spectroscopy technology boasts core advantages including non-contact measurement, no sample pretreatment required, second-level rapid detection and strong anti-interference capability. It adapts to the harsh working conditions of the energy industry and is widely applied in various energy-related scenarios.
It enables rapid composition analysis of coal, oil and gas, new energy materials, power equipment components and other substances, covering core demands such as raw material screening, parts quality inspection and energy medium purity testing. Requiring no chemical reagents, it supports online real-time monitoring and data networking.
The technology can quickly control the quality of energy raw materials and core components, optimize production and inspection processes, and ensure the stability of energy production, transmission and equipment operation. It helps the energy industry achieve intelligent and efficient upgrading of quality inspection, and provides technical support for energy security and high-efficiency production.

Application Scenarios