LITA-210 Series Laser Gas Analyzer

The LITA-210 series intelligent laser gas analyzer is purpose-built for harsh industrial environments. Powered by advanced TDLAS technology, it delivers high-precision gas concentration measurements with exceptional anti-interference performance and rapid response—even under extreme temperature, pressure, and high-dust conditions. Widely deployed across steel, petrochemical, and power generation industries, it provides real-time, reliable data for safe production and environmental compliance.

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LITA-300 Series Infrared Gas Analyzer

The LITA-300 series intelligent infrared gas analyzer is built on the NDIR principle and integrates digital signal processing, high-precision temperature control, and stable flow regulation to deliver real-time online analysis of CO, CO₂, CH₄, C₂H₂ and other gases. Its optimized light source design and dual-channel detection architecture ensure superior performance and long-term reliability.

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TECA-200 Series Thermal Conductivity Analyzer

The TECA-200 series intelligent online hydrogen analyzer determines gas composition by measuring variations in the thermal conductivity of mixed gases. Leveraging the distinct thermal properties of different gases, it is specifically designed to quantify high-thermal-conductivity components, such as hydrogen and argon, within complex gas mixtures.

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ELCA-200 Series Trace Oxygen Analyzer

The ELCA-200 series online trace oxygen analyzer is a high-precision instrument based on non-consumable coulometric technology. Specifically engineered for industrial gas purity monitoring and quality control, it is widely deployed in critical processes such as air separation units (ASUs), argon recovery, and helium purification.

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LITA-400 Series Trace Nitrogen Analyzer

The LITA-400 series is an online trace N₂ analyzer based on plasma emission spectroscopy and digital signal processing, enabling real-time monitoring of N₂ impurities in inert gases for industrial processes and scientific experiments. With high automation, powerful functionality, user-friendly operation and diverse data interfaces, it is widely applied in air separation units (ASUs) and argon purification systems.

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SPGC-200 Series Process Chromatography Analyzer

The SPGC-200 series intelligent online chromatography platform integrates high-precision Electronic Pressure Control (EPC), a highly stable column oven, versatile valve-column configurations and dedicated workstation software. Its modular design flexibly accommodates a wide range of detectors—including TCD, FID, PDHID and FPD—allowing it to be precisely tailored to diverse application scenarios.

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GMIX-2000 Gas Management System

As artificial intelligence moves from the digital world into the physical world, gas management needs more than connectivity—it needs autonomous action. GMIX-2000 uses IoT technology as its sensory nerves: a pressure-sensing array continuously captures the physical state of every cylinder. It uses digital platforms as its decision-making brain: consumption rates, remaining service time and anomaly trends are turned into judgements by cloud analytics. And it uses auto-switchover devices as its limbs: empty-to-spare changeover and work-order dispatch are executed without human intervention. Cylinder safety codes and standards are embedded as digital rules, so every action is compliant and traceable. Sensing, deciding, acting and complying in one loop—GMIX-2000 turns the static steel cylinder into a self-managed physical asset. That is "Physical AI" for gas management equipment.

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PAIS Process Analytical Intelligence Software

PAIS is an integrated platform for online analytical instruments and process-industry labs, connecting field analyzers via Modbus, OPC, MQTT and CoAP and integrating DCS, PLC, SCADA, PI and LIMS on a unified real-time and historical database. One-map monitoring serves as the entry point for closed-loop alarm management and full instrument lifecycle management — ledger, spare parts, calibration, reporting, O&M and remote control. A built-in AI Agent assistant delivers process correlation, predictive alerts, root-cause traceability and health forecasting, shifting operations from reactive to predictive maintenance.

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SHELIX-3000 Series Intelligent Analyzer Shelter

The SHELIX-3000 is a new-generation intelligent analyzer shelter that deeply integrates a smart workstation with IoT technology, and pairs seamlessly with PAIS (Process Analytical Intelligence Software) software for centralized monitoring, intelligent diagnostics and full lifecycle management of the analyzer system. Tailored to each online analyzer, working environment, structural requirement and site complexity, the SHELIX-3000 delivers fully customized shelter and sample-conditioning design that fully complies with safety and quality standards — confirmed and handed over with the user through 3D engineering design.

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SHURUIPU

SHURUIPU headquarters

ABOUT SHURUIPU

Focused on Critical Process Data
Measurable, Reliable, Controllable

Hangzhou Shuruipu Technology Co., Ltd. focuses on the critical data of industrial processes and has built a technology chain of "data acquisition — data governance — model optimization — closed-loop control." Centered on its industrial physics-AI system, SHURUIPU helps enterprises improve process stability, production efficiency and product quality.

On the data-acquisition side, the company engineers, online-enables and automates the proven analytical methods of the laboratory through self-developed intelligent inspection equipment, embedding them directly into the production line to capture in real time key physicochemical indicators such as material composition, purity, trace moisture and ion concentration.

On the data-application side, building on online inspection data, the company combines data engineering, physical mechanisms, chemometric models, process-optimization control algorithms and agents to optimize both production processes and operations. The system links inspection data with process parameters and batch information to build explainable physics-AI models that intelligently recognize reaction stages, process endpoints and abnormal deviations, and connects to control systems via standard protocols — forming an "inspect — decide — execute" closed loop that shortens production cycles, raises equipment utilization, reduces batch-scrap risk and improves yield.

CONTACT

Contact Us

Email us for product selection, lead time and pricing — we usually reply within one business day.

Address
Room 1505, Shihuan Innovation Center, Xiaoshan District, Hangzhou, Zhejiang, China
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