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LG-ID-PAC Intelligent Coagulation Dosing Algorithm Controller
Product Overview
Coagulation is the core part of water treatment processes, primarily used to remove suspended particles and algae from raw water. Its efficiency directly impacts subsequent treatment stages.
The intelligent coagulation dosing system is based on the water plant's process model. It uses big data analysis to form an expert algorithm model—the Comprehensive Coagulation Analysis Method. It predicts water purification effects by analyzing multiple raw water quality parameters (turbidity, pH, COD, temperature, flow, etc.), and calculates the optimal dosing amount based on sedimentation basin design parameters.
The system then compares the actual dosing effect with the set value to perform secondary correction on the dosage. It adapts automatically to minimize consumption while maintaining water quality, even when raw water quality fluctuates significantly.
The intelligent coagulation dosing system is based on the water plant's process model. It uses big data analysis to form an expert algorithm model—the Comprehensive Coagulation Analysis Method. It predicts water purification effects by analyzing multiple raw water quality parameters (turbidity, pH, COD, temperature, flow, etc.), and calculates the optimal dosing amount based on sedimentation basin design parameters.
The system then compares the actual dosing effect with the set value to perform secondary correction on the dosage. It adapts automatically to minimize consumption while maintaining water quality, even when raw water quality fluctuates significantly.
Product List
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Name
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Description
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Model
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Unit
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Intelligent Algorithm Controller
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Quad-core Cortex-A7 1.2G, 1GB DDR3, 8GB Emmc, 2×10/100M RJ45 ports, 6 isolated RS485 ports. Supports Modbus, DL/T645, DNP3.0, IEC104, S7, Ethernet/IP, OPC UA, BACNET, MQTT, and self-defined protocols. Supports SQLite database, custom algorithm editing, and built-in web programming.
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LG-WG0206-AC
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Set
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Intelligent PAC Dosing Algorithm Library
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Uses the comprehensive coagulation analysis method to build a water production model-based intelligent dosing algorithm, calculating optimal dosage. Automatically corrects dosing based on feedback to achieve precise chemical delivery and reduce consumption.
|
LG-WAC-01AA0A
|
Set
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Intelligent Chlorination Dosing Algorithm Library
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Based on the plant process model, builds prediction models for chlorine demand, residual chlorine decay, THM generation, and CT disinfection effect. Accurately calculates sodium hypochlorite dosage to reduce consumption and control residual chlorine. Adjusts dosing via THM and CT predictions.
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LG-WAC-01CA0A
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Set
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|
Instrument Data Preprocessing (Optional)
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Instrument data credibility analysis, signal mutation processing, communication anomaly handling, data calibration, etc.
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LG-WAC-EHM-IDX
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Set
|
|
Technical Support & On-site Service
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Provides installation guidance and commissioning guidance (remote).
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LG-WAC-TG-AC01
|
Item
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|
On-site Implementation Service
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Provides on-site installation and commissioning services.
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LG-WAC-TS-AC01
|
Item
|
|
On-site Technical Service (Per Visit)
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On-site localized technical services, charged by man-hours.
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LG-WAC-TS-AC02
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Man-day
|
Process Flow Diagram
1. Instrument Data Preprocessing: Collects parameters including water temperature, raw water turbidity, raw water CODmn, raw water flow, and settled water turbidity.
2. Intelligent Coagulation Dosing: Comprehensive Coagulation Analysis Method:
2. Intelligent Coagulation Dosing: Comprehensive Coagulation Analysis Method:
. Multivariate Data Analysis: Integrates turbidity, temperature, COD, pH, and other parameters.
. Effective Reaction Range: Identifies the optimal water quality parameter range for the best coagulation efficiency.
3. Output: Provides recommended coagulant specific consumption values to the dosing PLC.
. Effective Reaction Range: Identifies the optimal water quality parameter range for the best coagulation efficiency.
3. Output: Provides recommended coagulant specific consumption values to the dosing PLC.
Equipment Advantages & Features
Water Quality Assurance: Dynamically adjusts the algorithm based on raw water quality, precisely controlling settled water turbidity in real time.
Chemical Savings: Replaces manual experience-based dosing, reducing chemical consumption by 15-30%.
Labor Reduction: Reduces reliance on manual experience, eliminating the need for 24-hour on-duty monitoring.
Social Benefits: Delivers healthier effluent quality and reduces residual aluminum levels.
Chemical Savings: Replaces manual experience-based dosing, reducing chemical consumption by 15-30%.
Labor Reduction: Reduces reliance on manual experience, eliminating the need for 24-hour on-duty monitoring.
Social Benefits: Delivers healthier effluent quality and reduces residual aluminum levels.
Product Overview
Coagulation is the core part of water treatment processes, primarily used to remove suspended particles and algae from raw water. Its efficiency directly impacts subsequent treatment stages.
The intelligent coagulation dosing system is based on the water plant's process model. It uses big data analysis to form an expert algorithm model—the Comprehensive Coagulation Analysis Method. It predicts water purification effects by analyzing multiple raw water quality parameters (turbidity, pH, COD, temperature, flow, etc.), and calculates the optimal dosing amount based on sedimentation basin design parameters.
The system then compares the actual dosing effect with the set value to perform secondary correction on the dosage. It adapts automatically to minimize consumption while maintaining water quality, even when raw water quality fluctuates significantly.
The intelligent coagulation dosing system is based on the water plant's process model. It uses big data analysis to form an expert algorithm model—the Comprehensive Coagulation Analysis Method. It predicts water purification effects by analyzing multiple raw water quality parameters (turbidity, pH, COD, temperature, flow, etc.), and calculates the optimal dosing amount based on sedimentation basin design parameters.
The system then compares the actual dosing effect with the set value to perform secondary correction on the dosage. It adapts automatically to minimize consumption while maintaining water quality, even when raw water quality fluctuates significantly.
Product List
|
Name
|
Description
|
Model
|
Unit
|
|
Intelligent Algorithm Controller
|
Quad-core Cortex-A7 1.2G, 1GB DDR3, 8GB Emmc, 2×10/100M RJ45 ports, 6 isolated RS485 ports. Supports Modbus, DL/T645, DNP3.0, IEC104, S7, Ethernet/IP, OPC UA, BACNET, MQTT, and self-defined protocols. Supports SQLite database, custom algorithm editing, and built-in web programming.
|
LG-WG0206-AC
|
Set
|
|
Intelligent PAC Dosing Algorithm Library
|
Uses the comprehensive coagulation analysis method to build a water production model-based intelligent dosing algorithm, calculating optimal dosage. Automatically corrects dosing based on feedback to achieve precise chemical delivery and reduce consumption.
|
LG-WAC-01AA0A
|
Set
|
|
Intelligent Chlorination Dosing Algorithm Library
|
Based on the plant process model, builds prediction models for chlorine demand, residual chlorine decay, THM generation, and CT disinfection effect. Accurately calculates sodium hypochlorite dosage to reduce consumption and control residual chlorine. Adjusts dosing via THM and CT predictions.
|
LG-WAC-01CA0A
|
Set
|
|
Instrument Data Preprocessing (Optional)
|
Instrument data credibility analysis, signal mutation processing, communication anomaly handling, data calibration, etc.
|
LG-WAC-EHM-IDX
|
Set
|
|
Technical Support & On-site Service
|
Provides installation guidance and commissioning guidance (remote).
|
LG-WAC-TG-AC01
|
Item
|
|
On-site Implementation Service
|
Provides on-site installation and commissioning services.
|
LG-WAC-TS-AC01
|
Item
|
|
On-site Technical Service (Per Visit)
|
On-site localized technical services, charged by man-hours.
|
LG-WAC-TS-AC02
|
Man-day
|
Process Flow Diagram
1. Instrument Data Preprocessing: Collects parameters including water temperature, raw water turbidity, raw water CODmn, raw water flow, and settled water turbidity.
2. Intelligent Coagulation Dosing: Comprehensive Coagulation Analysis Method:
2. Intelligent Coagulation Dosing: Comprehensive Coagulation Analysis Method:
. Multivariate Data Analysis: Integrates turbidity, temperature, COD, pH, and other parameters.
. Effective Reaction Range: Identifies the optimal water quality parameter range for the best coagulation efficiency.
3. Output: Provides recommended coagulant specific consumption values to the dosing PLC.
. Effective Reaction Range: Identifies the optimal water quality parameter range for the best coagulation efficiency.
3. Output: Provides recommended coagulant specific consumption values to the dosing PLC.
Equipment Advantages & Features
Water Quality Assurance: Dynamically adjusts the algorithm based on raw water quality, precisely controlling settled water turbidity in real time.
Chemical Savings: Replaces manual experience-based dosing, reducing chemical consumption by 15-30%.
Labor Reduction: Reduces reliance on manual experience, eliminating the need for 24-hour on-duty monitoring.
Social Benefits: Delivers healthier effluent quality and reduces residual aluminum levels.
Chemical Savings: Replaces manual experience-based dosing, reducing chemical consumption by 15-30%.
Labor Reduction: Reduces reliance on manual experience, eliminating the need for 24-hour on-duty monitoring.
Social Benefits: Delivers healthier effluent quality and reduces residual aluminum levels.
Product Details
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