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广西深科先创信息技术有限公司

广西深科先创信息技术有限公司为广西中冠环保科技集团下属子公司，主营业务包含环保智能化和自适应控制技术，是一家集研究、生产、销售三位一体协同发展的高新技术企业。

公司目前在“离子全息在线分析仪”、“矾花智能视觉识别与絮凝剂动态优化”、“水处理智能管控系统”、“固废燃烧在线优化与先进控制平台”等多个方向拥有核心技术专利与整体解决方案，切实帮助客户实现节能、增效、降本的目标。

Guangxi deep science advance creation Information Technology Co., Ltd. is a subsidiary of Guangxi Zhongguan Environmental Protection Technology Group. As a high-tech enterprise integrating research, production, and sales, the company specializes in intelligent environmental protection solutions and adaptive control technologies.

The company holds core technology patents and provides comprehensive solutions in multiple fields, including the "Ion Holographic Online Analyzer," "Floc Intelligent Visual Recognition and Flocculant Dynamic Optimization," "Intelligent Water Treatment Management System," and "Solid Waste Combustion Online Optimization and Advanced Control Platform." These innovations help clients achieve energy savings, efficiency improvements, and cost reductions.

 

  1. 离子全息在线分析仪

基于光谱峰强度与无机盐浓度智能关联与分析，无需复杂预处理或对样品进行化学破坏，即可实现定型定量分析水中多种无机盐组成（Na+、K+、Ca2+、Mg2+、Cl-、SO42-、CO32-、NO3-等）。

分析仪可用于无机盐类离子在线精准监测分析，为及时应对水质变化提供坚实保障。同时，具备免维护、自校正功能，可有效降低离线化验频率。

1. Ion Holographic Online Analyzer

Based on intelligent correlation and analysis of spectral peak intensity and inorganic salt concentration, this analyzer enables qualitative and quantitative analysis of various inorganic ions in water (e.g., Na⁺, K⁺, Ca²⁺, Mg²⁺, Cl⁻, SO₄²⁻, CO₃²⁻, NO₃⁻) without complex pretreatment or chemical sample destruction.

It ensures precise online monitoring of inorganic salt ions, providing reliable support for rapid response to water quality changes. The analyzer also features self-maintenance and self-calibration, significantly reducing the need for offline lab testing.

 

图1 离子全息在线分析仪

Figure 1: Ion Holographic Online Analyzer

  1. 矾花智能视觉识别与絮凝剂动态优化

融合深度视觉识别与智能时序分析技术，通过自动捕捉矾花特征，精准识别絮凝模式，挖掘絮凝变化的内在规律，提前预测絮凝效果，动态优化絮凝剂投，保障水质稳定达标。

该技术的矾花识别准确率高，出水水质控制指标稳定，运行成本低，人工干预少，运维效率高。

2. Floc Intelligent Visual Recognition and Flocculant Dynamic Optimization

By integrating deep visual recognition and intelligent time-series analysis, this system automatically captures floc characteristics, identifies flocculation patterns, and predicts outcomes to dynamically optimize flocculant dosing. It ensures stable water quality compliance while minimizing operational costs and manual intervention.

Key advantages include high floc recognition accuracy, stable effluent quality control, and enhanced operational efficiency.

 

图2 矾花识别与絮凝剂智能控制

Figure 2: Floc Recognition and Intelligent Flocculant Control

  1. 水处理智能管控系统

深度融合大数据分析与水处理机理模型，精准模拟水处理过程中的复杂动态变化。通过数据驱动的智能学习与机理模型的精准预测，系统能够实时优化水处理工艺。

系统可根据客户实际需求，结合自适应控制技术，实现水处理闭环优化控制，为水处理企业带来超越传统的高效与节能，助力企业智能化转型。

3. Intelligent Water Treatment Management System

Combining big data analytics with water treatment mechanism models, this system simulates complex dynamic processes and optimizes operations in real time. It employs adaptive control technology to achieve closed-loop optimization, delivering unprecedented efficiency and energy savings for water treatment enterprises.

The system is customizable to meet client-specific needs, accelerating the transition to intelligent water management.

图3 水处理智能管控系统

Figure 3: Intelligent Water Treatment Management System

  1. 固废燃烧在线优化与先进控制平台

平台针对固废焚烧装置进料热值不稳定、不易测量、燃烧过程复杂多变等特性，构建窑炉工业大模型，实现对窑炉温度场及关键指标趋势的精确预测，并在此基础上构建优化模型，结合APC先进控制技术，实现核心工艺指标的闭环优化控制，保证系统经济稳定运行。

4. Solid Waste Combustion Online Optimization and Advanced Control Platform

Designed for incineration systems with unstable feed calorific values and complex combustion dynamics, this platform constructs an industrial kiln model to predict temperature fields and key indicators. Integrated with Advanced Process Control (APC) technology, it enables closed-loop optimization of core parameters, ensuring stable and cost-effective operations.

 

图4 固废燃烧在线优化与先进控制

Figure 4: Solid Waste Combustion Optimization and Advanced Control