I. Evaluation Indicator System

1.1 Basic Requirements

The enterprise shall be a legally registered entity with no major or above safety, environmental protection, or quality incidents and no violations of laws or regulations in the past three years.

1.2 Level 1 Metric (8 total)

• Infrastructure (weight 15%)
• Management System (Weight: 10%)
• Energy and Resource Input (Weight: 20%)
• Product Manufacturing (15%)
• Environmental Emissions (Weight: 15%)
• Carbon Emission Management (Weight 10%)
• Green Supply Chain (Weight: 10%)
• Digitalization & Intelligence (5%)

1.3 Rating Criteria

Total score: 100. A minimum score of 80 is required to apply for the Green Factory designation.

II. Infrastructure Requirements

2.1 factory building

• Built to green building standards
• Install photovoltaic systems or green roofs
• Excellent exterior wall insulation and thermal performance
• Reasonable natural lighting and ventilation design

2.2 Dedicated Device

• Use energy-efficient motors and transformers
• Phase out high-energy-consuming equipment that is explicitly prohibited.
• Metering equipment for major energy-consuming installations
• Special Equipment Periodic Inspection Qualified

2.3 Environmental Protection Facility

• Wastewater treatment facility operating normally
• Improvement of Waste Gas Collection and Treatment System
• Solid waste classification, storage, and standardized disposal
• Noise control measures are effective

3. Energy and Resource Management

3.1 Energy Management System

• Certified to ISO 50001 Energy Management System
• Establish Energy Management Organization
• Establish energy management systems and assessment methods
• Conduct regular energy audits and benchmarking

3.2 Energy Metering

• Equipped with three-level energy metering devices
• Establish Energy Metering Ledger
• Periodic Verification and Calibration
• Energy data collection and analysis

3.3 Energy Saving Measures

• Implement energy-saving technical retrofit projects
• Promote the application of new energy-saving technologies
• Implement waste heat and pressure recovery
• Build an Energy Management Center

3.4 Resource Utilization

• Water reuse rate ≥ 95%
• Solid waste comprehensive utilization rate ≥ 90%
• Packaging materials are recyclable and reusable.
• Reduce raw material consumption

IV. Environmental Emission Control

4.1 Wastewater Discharge

• Meet emission standards or for reuse
• Install Online Monitoring Equipment
• Complete排污许可证

4.2 Exhaust Emissions

• Compliant emission of organized exhaust gas
• Effective collection and treatment of unorganized exhaust gases
• VOCs Control Facilities Upgrade

4.3 Solid Waste Management

• Standardized Management of Hazardous Waste
• Transfer manifest system fully implemented
• Comprehensive utilization of general solid waste

4.4 Noise Control

• Compliant boundary noise levels
• Noise isolation and reduction for high-noise equipment

5. Carbon Emission Management

5.1 Reconciliation Report

• Establish a greenhouse gas emissions accounting system
• Generate annual emission report
• Engage third-party verification

5.2 Emission Reduction Measures

• Set carbon reduction targets and roadmap
• Implement energy-saving and carbon-reduction projects
• Develop or participate in CCER projects
• Participate in carbon emission trading

5.3 Product Carbon Footprint

• Conduct carbon footprint accounting for core products
• Label product carbon footprint
• Drive low-carbon product design

6. Green Supply Chain

6.1 Green Procurement

• Establish a supplier environmental performance evaluation system
• Prioritize the procurement of green products and materials
• Restrict procurement of high-pollution and high-energy-consumption products

6.2 Green Logistics

• Optimize routes to reduce empty miles
• Use new energy transport vehicles
• Promote green packaging

6.3 Reverse Logistics

• Establish a product take-back system
• Promote remanufacturing and resource recovery

7. Digitalization and Intelligence

7.1 Information Technology Construction

• Establish an Energy and Environmental Management Information Platform
• Implement real-time data collection and monitoring
• Optimize management with big data analytics

7.2 Smart Manufacturing

• NC rate of critical processes ≥ 70%
• Industrial Robots and Intelligent Equipment
• Build a digital workshop or smart factory

VIII. Preparation of Application Materials

8.1 Basic Materials

• Green Factory Self-Assessment Report
• Copy of Business License
• Relevant Qualification Certificates (ISO certification, pollution discharge permit, etc.)
• Certificate of No Violation or Illegal Activity in the Past Three Years

8.2 Supporting Documents

• Energy Audit Report
• Environmental Monitoring Report
• Greenhouse Gas Emissions Verification Report
• Energy Conservation Project List and Supporting Documents
• Certificates of Honor and Patents

IX. Common Review Issues

9.1 material is incomplete

• Missing key supporting documents
• Data inconsistency
• Image quality is unclear.

9.2 metric not met

• Energy consumption per unit exceeds the limit
• Environmental facilities are not operating normally.
• Irregular carbon emission accounting

9.3 On-site Issue

• Leaking, dripping, and spilling
• Non-compliant signage
• Low employee environmental awareness

X. Conclusion

Creating a green factory is a comprehensive system requiring full employee participation and end-to-end control. Understanding the evaluation criteria and key declaration points helps companies prepare thoroughly for successful certification.