Smart Lithium Chemical Manufacturing Solutions

Our Intelligent Lithium Chemical Factory solution is a comprehensive digital ecosystem engineered specifically for the lithium refining and manufacturing sector. By converging Industrial IoT, Big Data, and AI, the platform delivers end-to-end monitoring and optimization across production, quality, asset health, energy, and logistics. We transform complex manufacturing data into actionable insights, ensuring operational transparency, strategic decision-making, and high-performance digital evolution for modern lithium facilities.

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Industry Challenges

The lithium chemical sector faces critical demands for digital transformation to maintain a competitive edge in a rapidly evolving global market.

Suboptimal Production Throughput

Legacy manual operations lack the agility required to respond to volatile market demands and complex chemical processing requirements.

Critical Safety Risks

Hazardous chemical handling requires robust, automated safety protocols beyond traditional measures to ensure absolute risk mitigation.

Escalating Operational Costs

Inefficiencies in raw material utilization and energy consumption are driving up the total cost of production.

Quality Consistency Fluctuations

Reliance on manual quality checks often leads to batch inconsistency and prevents real-time process adjustment.

Global Environmental Compliance

Stringent international ESG regulations demand higher efficiency in waste management and carbon footprint reduction.

Key Performance Objectives

Increase in Concentrate Conversion Yield
0.5% ~ 1.5%
Increase in Concentrate Conversion Yield

Increase in Concentrate Conversion Yield

Improvement in Laboratory Throughput
50%
Improvement in Laboratory Throughput

Improvement in Laboratory Throughput

Reduction in Calcination Energy Intensity
10%
Reduction in Calcination Energy Intensity

Reduction in Calcination Energy Intensity

Enhanced Testing Precision & Reliability
Minimized Error
Enhanced Testing Precision & Reliability

Enhanced Testing Precision & Reliability

Overall Production Efficiency Gains
0.5% ~ 1.5%
Increase in Concentrate Conversion Yield

Overall Production Efficiency Gains

Optimized Labor Allocation & Intensity
50%
Improvement in Laboratory Throughput

Optimized Labor Allocation & Intensity

Unified Governance & Operational Visibility
10%

Unified Governance & Operational Visibility

Solution Architecture

Production Systemenergy systemEquipment systemquality systemAPC kiln expert systemSmart Logistics Systemsecurity systemRaw material systemWarehousing SystemProduction management informatizationautomation laboratoryEP systemBI cockpit3D TwinDigital large screenApplication managementLow code platformApplication DevelopmentApplication governanceData interoperabilityBrain like intelligent computingAIGCknowledge graphPlatformAI Middle OfficeIoT platformData Middle OfficeEdge IoTDevice accessdata acquisitionEdge Computingprotocol analysisOPC DAOPC UATCPMoudusProfitbusSimulator Dedicated protocolFeature Engineering PlatformIndustrial mechanism modeldata modelImage recognition (CV machine vision)Industrial equipmentmanagementphysical modelrule engineReport warehouseForm EngineData visualizationdata interfaceData warehouseELTDate queryIdentity resolutionAPI GatewayOps ManagementCloud OpsAppOpsMiddleware OpsDisaster Recovery ManagementMicroservicesproduct managementDevice ShadowEdge Cloud Collaborationdevice authenticationmessage distributionData assetssafetyapplicationsecurityplatformsecuritynetworksecuritydatasecurityInformationizationofdecision-makingotherAPPSBusiness informatizationSale systemprocurement systemApplicationLayer

Core Functional Modules

APC Calcination Expert System

Utilizes advanced process modeling and control algorithms to analyze real-time telemetry from kilns. Dynamically adjusts control loops to maximize throughput, minimize energy consumption, and ensure consistent product grade.

Energy Management System (EMS)

Provides granular visibility into the consumption of water, electricity, gas, and steam. Advanced energy profiling helps enterprises achieve decarbonization goals while providing executives with visualized data for strategic resource allocation.

3D Digital Twin Factory

Powered by the Galileo OS, this high-fidelity platform integrates telemetry from 10,000+ sensors. It enables real-time operational supervision, historical state backtracking, and predictive risk modeling within an immersive 3D environment.

Warehouse Management System (WMS)

Integrates RFID, IoT sensors, and high-precision positioning to automate inventory movements and optimize storage capacity. Ensures full-lifecycle material traceability while reducing the footprint of natural resource consumption.

Enterprise Asset Management (EAM)

Orchestrates the complete lifecycle of equipment and spare parts. Standardizes maintenance strategies and lubrication workflows while deploying predictive health models to maximize uptime and reduce total maintenance TCO.

Intelligent Logistics Tracking

Leverages digital IDs and real-time tracking to optimize the inbound/outbound material flow. Ensures seamless synchronization between the supply chain and production lines to maximize inventory turnover.

Manufacturing Execution System (MES)

Provides end-to-end orchestration of production planning, execution, and quality control. Designed to enhance manufacturing transparency and ensure rigorous adherence to delivery schedules.

Quality Management System (QMS)

Digitizes the entire quality chain from raw material intake to finished lithium products. Provides stakeholders with real-time statistical process control (SPC) data to drive informed decision-making.

Laboratory Information Management (LIMS)

Automates sampling, preparation, and analysis workflows. By digitizing laboratory data management, we eliminate human error and accelerate the release of high-precision analytical results.

And More...

Scalable modules tailored to unique industrial requirements.

Strategic Advantages

Yield & Quality Optimization

Achieve superior product consistency and higher production throughput via intelligent process orchestration.

Cost & Energy Resilience

Significant reduction in energy intensity per unit and operational overhead through comprehensive energy governance.

Predictive Asset Health

Shift from reactive to proactive maintenance using AI-driven fault warning models, extending the service life of critical assets.

Data-Informed Strategy

Multi-dimensional business intelligence dashboards provide a 360-degree view of operations for high-level decision support.

Enhanced ROI

Maximize profitability by optimizing critical kiln conversion rates and refining complex chemical processing stages.

Ecosystem Collaboration

Bridge supply chain silos through seamless information sharing with partners, reducing lead times and enhancing market agility.

Strategic Advantages

IndexIndexBefore constructionAfter constructionTransformationRateCreate EmploymentOpportunitiesProtect The EnvironmentEnhance TheCompetitivenessOf EnterprisesPromote EnterpriseInnovationImprove ProductionSafetyLabor CostProductivityBaking EnergyConsumptionUnstable transformation rate and low room for improvementThrough automation control, human resources can be released and new job opportunities can be created.Through automated control, energy consumption can be reduced, pollutant emissions can be minimized, and the environment can be protected.Adopting advanced kiln operation system technology can improve the technical and management level of enterprises and enhance their competitiveness.By introducing advanced expert systems and production technologies, it can promote enterprise innovation and research and development, thereby driving the upgrading and replacement of enterprise technology and products.Through automated control and monitoring, production safety can be improved, and safety accidents and risks can be reduced.Baking central control: 2 people per shift, 3 shiftsHuman error, uneven skill levels among engineersNot paying attention to energy management, uneven skill levels among engineersStabilize the transformation rate of Fantian and improve the transformation by 0.5%~1.5%Replace manual labor, one person per shift, a total of three people replacedReplacing manual labor, optimizing operations, and increasing efficiency by 8%Data monitoring, model predictive control, reducing energy consumption by 10%Direct EffectIndirect Effect

Leading the Global Industrial Digitalization Trend

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Successful Implementations
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Industry Collaboration Cases
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Global User Base
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Connected Industrial Assets

Our Global Clients

TIBET GAOZHENG BUILDING MATERIALS GROUP CO., LTD.
HUNAN DESIGN
DEAMAKE
CASICloud
TIBET TIANLU CO., LTD.
RUIXING JIUYU GAS EQUIPMENT(CHENGDU) CO., LTD.
SCT (SICHUAN CALCINER TECHNOLOGY CO., LTD.)
ZIGONG JINLONG CEMENT CO., LTD.
CHENGDU WEILANXING BIOTECHNOLOGY CO,. LTD.
Gao Zheng Cement
TIBET MANGKANG HAITONG LOGISTICS CO., LTD.
TAIHUAZHONGCHENG
XUCHANG JINTAI COMMERCIAL CONCRETE CO.,LTD.
GZMB	(TIBET GAOZHENG CIVIL EXPLOSION CO., LTD.)
GZMB	(TIBET GAOZHENG CIVIL EXPLOSION CO., LTD.)
XUCHANG JINTAI COMMERCIAL CONCRETE CO.,LTD.
TAIHUAZHONGCHENG
TIBET MANGKANG HAITONG LOGISTICS CO., LTD.
Gao Zheng Cement
CHENGDU WEILANXING BIOTECHNOLOGY CO,. LTD.
ZIGONG JINLONG CEMENT CO., LTD.
SCT (SICHUAN CALCINER TECHNOLOGY CO., LTD.)
RUIXING JIUYU GAS EQUIPMENT(CHENGDU) CO., LTD.
TIBET TIANLU CO., LTD.
CASICloud
DEAMAKE
HUNAN DESIGN
TIBET GAOZHENG BUILDING MATERIALS GROUP CO., LTD.
National High-tech Enterprise

National High-tech Enterprise

Sichuan High tech Enterprise

"Galileo Platform"Rapid Deployment

"Galileo Platform"Rapid Deployment

Implementation Team one-on-one

National Industrial Internet

National Industrial Internet

Alliance Working Group Core unit

Intellectual Property

200+Intellectual Property

10Year IoT Technology Accumulation

Intellectual Property

200+Industrial Cooperation Cases

3000K Access Equipment