SB/T 11261-2025 in English

Standard Development Background and Technological Evolution Analysis

SB/T 11261-2025, "Internet + Recycling Service Management Specification," is my country's first industry standard specifically targeting the field of Internet + recycling services, marking the official entry of the renewable resource recycling industry into a new stage of standardized and regular development. The development of this standard stems from the pain points of traditional recycling models, such as inefficiency, information asymmetry, and regulatory difficulties, as well as the new requirements for recycling services in the digital economy era.

From the perspective of technological evolution, this standard reflects the recycling industry's trend of transitioning from traditional manual models to digital and intelligent ones. The standard fully incorporates the application experience of modern information technologies such as the Internet of Things, big data analysis, and mobile internet in recycling services, providing the industry with a unified technical framework and management requirements.

Analysis of Core Terminology Definitions

Chapter 3 of the standard clearly defines the core concepts of Internet + Recycling Services: Internet + Recycling Services refers to services that rely on Internet technology to optimize and integrate the collection, storage, sorting, and transportation of renewable resources to improve resource recycling efficiency. This definition emphasizes the dual goals of technological empowerment and efficiency improvement.

Internet + Recycling Service Platform, as the core concept of the standard, is defined as a comprehensive service platform that relies on Internet technology to disseminate and match renewable resource recycling information. The platform consists of digital infrastructure such as database servers, network servers, and application servers.

In-depth analysis of management system requirements

The basic requirements in Chapter 4 of the standard clearly define the multi-system certification requirements that recycling operators must establish:

The integration of these system requirements reflects the standard's comprehensive and multi-dimensional management philosophy for recycling services, ensuring that services achieve industry-leading levels in quality, environment, safety, and other aspects.

Platform Architecture and Technical Specifications

Chapter 5 of the standard details the technical architecture and functional requirements of the Internet + Recycling Service Platform. The platform adopts a typical three-tier architecture: The service side provides users with functional modules such as information query, online valuation, recycling reservations, transaction settlement, and service feedback, ensuring a convenient and complete user experience. The management side provides businesses with functional modules such as information release, order management, recycling point information management, data analysis, route planning and monitoring, flow tracing, and information security management, supporting refined operations. At the technical implementation level, the standard requires the platform to support multiple network environments, including the internet, mobile internet, intranet, wireless networks, and Bluetooth, ensuring service availability in different scenarios. Article 6.1 of the standard provides detailed operational specifications for the collection process: Recycling operators should develop Internet + recycling service procedures, accept online reservation orders from users through the recycling platform, and complete collection at the scheduled time.

Key operational points include: Recyclers should bring metering equipment when visiting recyclers and upload information such as the type and category of recycled resources to the platform on-site; recycling should be performed on-site by weight and price, with the platform automatically calculating the recycling price; recyclers should confirm the recycling price on-site and complete payment settlement online or offline.

Intelligent Transportation

The transportation process requires a comprehensive transportation plan that considers multiple factors, including transportation methods, route planning, vehicle scheduling, and time scheduling. Transport vehicles should be equipped with the Beidou Satellite Navigation System (BDS) or the Global Positioning System (GPS), and integrated with a Geographic Information System (GIS) to enable real-time feedback of transportation status information.

Full-process traceability management

Traceability management requires full-process traceability management of the flow of renewable resources based on the recycling platform, covering each link such as recycling points - transfer stations - sorting centers - utilization enterprises. Traceability information includes key data such as source, quantity and weight, storage time, storage time, flow direction, etc., and the retention period should not be less than 5 years.

Construction of evaluation index system

Appendix A of the standard provides a reference framework for the evaluation indicators of Internet + recycling services, covering three dimensions: basic requirements, management requirements, and operation process requirements:

These indicators provide quantifiable standard basis for corporate self-assessment and third-party evaluation.

Implementation Recommendations and Industry Impact

Recommended Enterprise Implementation Path

For enterprises preparing to implement this standard, a phased implementation strategy is recommended:

Phase I: Infrastructure Construction Period (1-3 months): Focus on completing foundational work such as platform architecture construction, equipment procurement, and personnel training, and establishing a basic management system framework.

Phase II: Trial Operation Period (4-6 months): Conduct pilot services on a small scale to verify the platform's functional integrity, optimize operational processes, and collect user feedback.

Phase III: Full Rollout Period (7-12 months): Expand the service scope, improve data analysis capabilities, and establish a continuous improvement mechanism.

Industry Impact and Development Trends

The implementation of this standard will drive the recycling industry towards digitalization, standardization, and scale: on the one hand, promoting the transformation and upgrading of traditional recycling companies, and on the other hand, providing a regulatory basis for the application of new technologies and models.

In the long term, the standard will promote the deep integration of the recycling industry with the circular economy and green development, providing industrial support for achieving carbon peak and carbon neutrality goals. At the same time, the implementation of the standard will also generate new business opportunities, such as recycling platform software development, intelligent recycling equipment manufacturing, and data analysis services.

Compliance Risks and Response Strategies

During implementation, companies should focus on the following compliance risks:

Data Security Risks: The platform involves a large amount of user personal information and transaction data, and must establish a comprehensive data protection mechanism in strict accordance with the requirements of GB/T 35273, "Information Security Technology Personal Information Security Specification."

Operational Compliance Risks: Recycling operators must complete the registration process for renewable resource recycling operators before conducting business to ensure their operating qualifications are legal and valid.

Environmental Compliance Risks: Relevant environmental regulations must be complied with during transportation, storage, and other processes to prevent secondary pollution.

It is recommended that companies establish dedicated compliance management teams and conduct regular compliance audits to ensure that all operations comply with the standard requirements and relevant laws and regulations.