Integration of ERP and green production processes, innovative digitalization technology driven resource recycling, full analysis

Against the backdrop of the comprehensive promotion of the "dual carbon" strategy and the acceleration of green transformation in the manufacturing industry, traditional production models with high energy consumption, high emissions, and low resource utilization are no longer suitable for sustainable development requirements. Green production processes have become the core direction for manufacturing enterprises to transform and upgrade. As the management center for integrating resources throughout the entire production process, the ERP system is deeply integrated with green production processes, and combined with digital technologies such as the Internet of Things, big data, artificial intelligence, and digital twins. It can break down the barriers to resource management in the production process, build a closed-loop utilization system from material procurement, production processing, waste recycling to resource regeneration, achieve precise control of production energy consumption, minimize material loss, and maximize resource recycling efficiency. It has become the core engine for manufacturing enterprises to practice green development, balance economic and ecological benefits.

The core of the integration and innovation of ERP and green production processes is the bidirectional reconstruction of management systems and production processes, embedding green and low-carbon indicators into the entire production process, and changing the traditional production model of "heavy production capacity, light environmental protection". The production process and resource management of traditional manufacturing enterprises are separated from each other, and green indicators such as energy consumption data, material loss, and waste emissions lack unified collection. The implementation of green processes relies on manual control, making it difficult to achieve large-scale and standardized promotion. The ERP system integrates modules such as production management, material management, energy consumption management, and equipment management to transform green process standards such as energy conservation and emission reduction, resource recycling, and clean production into quantifiable and executable system rules, which are deeply bound to core processes such as production scheduling, material ratio, and equipment operation. Enterprises can set green thresholds such as upper limit of energy consumption per unit product, material recycling rate indicators, and waste discharge standards in the ERP system. When formulating production plans, priority should be given to matching low-energy process routes. The material requisition process should be strictly controlled and accurately fed, reducing resource waste and pollutant emissions from the source, and realizing the transformation of green production processes from "passive execution" to "active control". At the same time, the ERP system connects the data links of production, finance, procurement, and sales, incorporating the resource savings, cost reduction, compliance benefits, and other data brought by green production into the accounting system, visualizing the economic benefits of green transformation, and stimulating the endogenous motivation of enterprises to promote process greening.

Digital technology is the core driving force for the integration of ERP and green production. Through global data perception, intelligent analysis and decision-making, and dynamic optimization scheduling, a digital control system for resource recycling is constructed to solve the pain points of low resource utilization efficiency, difficult recycling, and rough control in traditional resources. The Internet of Things technology serves as the foundation for data collection, deploying sensing terminals in production equipment, energy consumption instruments, material transmission nodes, and waste recycling devices to collect real-time energy consumption data such as water, electricity, and gas, as well as material data such as raw material feeding amount, scrap production amount, and recyclable waste categories, as well as multi-dimensional data such as production equipment operating parameters and process environment indicators. These data are synchronously uploaded to the ERP system to form a green production data platform, solving the problems of lagging and fragmented data collection in traditional green production. Big data analysis technology mines and processes massive production data, constructs resource consumption models, waste generation models, and process optimization models, accurately locates high energy consuming and high loss production links and process nodes, analyzes the optimal path for material recycling, and provides data support for green process iteration. The artificial intelligence algorithm is embedded in the production scheduling module of the ERP system, which combines order requirements, equipment status, energy prices, and green process requirements to intelligently optimize production scheduling and material ratio schemes. Low energy consuming equipment is prioritized, high recycling processes are adopted, and the production rhythm is dynamically adjusted to avoid peak electricity consumption while ensuring production capacity and reducing energy consumption; For production waste, AI algorithms can intelligently match the optimal recycling channel and recycling method based on the composition, output, and recycling cost of the waste, improving the conversion rate of waste resources. The digital twin technology constructs a virtual mapping model between the production workshop and green processes, simulating the resource consumption, waste emissions, and cycle efficiency of different green processes in the virtual scene, predicting the risks of process implementation in advance, and completing process optimization without actual trial production, greatly reducing the trial and error costs of green process iteration.

The digital system that integrates ERP and green production forms diversified resource recycling application scenarios in the implementation of manufacturing enterprises, covering the full dimensions of material closed-loop, energy consumption control, waste recycling, and green supply chain. In the scenario of material closed-loop circulation, the ERP system is linked with the MES production execution system to achieve precise feeding of raw materials, control of semi-finished product turnover, and full process tracking of edge material recycling and reuse. Mechanical processing enterprises have increased the metal edge material recycling and utilization rate to over 90% through this model, and reduced raw material procurement costs by 15% -20%. In the scenario of refined energy consumption control, the ERP system measures and evaluates the energy consumption data of each production process, equipment, and team by household, automatically generates energy consumption analysis reports, automatically warns of energy consumption exceeding the threshold, and triggers process adjustments. After application in high energy consuming enterprises such as chemical and building materials, the comprehensive energy consumption per unit product decreases by 10% -25%. In the scenario of waste resource utilization, the system connects waste recycling enterprises with the processing end of renewable resources to achieve closed-loop management of waste generation, recycling, regeneration, and re feeding. Textile enterprises increase the recycling rate of waste yarn and fabric to 80% through ERP control, while reducing the cost of solid waste treatment. In the context of green supply chain collaboration, the ERP system communicates green procurement standards to upstream suppliers, prioritizes the selection of environmentally friendly material suppliers, synchronizes product green carbon footprint data with downstream customers, builds a full chain green collaboration system, and enhances the competitiveness of the enterprise's green brand.

To achieve the deep integration of ERP and green production processes, enterprises need to establish a systematic implementation strategy to ensure the efficient operation of the digital resource circulation system. Enterprises need to first complete top-level design, combine their own industry characteristics and green development goals, formulate integrated implementation plans, clarify green process indicators, scope of digital transformation, and resource recycling goals; Secondly, promote system integration and connect ERP and IoT collection devices MES、WMS、 The data interface of the environmental monitoring system enables data exchange across all scenarios; Simultaneously building a composite talent team to cultivate professional talents with knowledge in ERP operation and maintenance, production process management, and green environmental protection, ensuring the collaborative adaptation of systems and processes; Finally, establish a continuous iteration mechanism, dynamically optimize green process parameters and digital control models based on production data and policy requirements, synchronize with environmental compliance policies, and ensure that green production meets regulatory standards.

At the critical stage of green and low-carbon transformation in the manufacturing industry, the integration and innovation of ERP and green production processes is an important practice of empowering resource recycling with digital technology. By breaking down resource management barriers through digital technology and integrating green concepts throughout the entire production process, manufacturing enterprises can achieve ecological goals of efficient resource recycling and reduced energy consumption and emissions, as well as economic goals of cost control and efficiency improvement, achieving coordinated development of ecological and economic benefits. In the future, with the continuous iteration of digital technology and the upgrading of green standards, ERP systems will further deepen their integration with green production processes, becoming the core support for manufacturing enterprises to promote carbon neutrality and build sustainable development models, and helping the manufacturing industry to comprehensively transform towards green, digital, and efficient development.