Abstract
Due to the inconsistency between resource environment and value data types, the hybrid model of resource environment value chain cannot effectively coordinate the relationship among resources, environment, and value chain. The circulation of resource chain, ecological chain, and value chain is not completed independently; they are intertwined and promote each other. Therefore, this paper proposes a hybrid resource environmental value chain model based on a discrete time algorithm. Analyze the hybrid internal structure of resource chain, environment chain, and value chain model; integrate the natural resource information through the objective function of natural resource integration; obtain the indicators affecting the environment; and complete the analysis of the characteristics of environmental change. On this basis, the relationship between resources, environment, and economic value is analyzed, and the hybrid content of resources, environment, and value chain is determined. The discrete‐time algorithm is introduced to transform the hybrid content into the same data format, obtain the objective function and constraints of the resource environment value chain hybrid model, and complete the construction of the resource environment value chain hybrid model based on the discrete‐time algorithm. The simulation results show that the hybrid model designed in this paper can effectively improve the resource saving rate, up to 97%, and the error of resource environment value chain data fusion is the lowest, and the time is less than 1 min which was a considerable achievement.
Highlights
Since the 1990s, the problems of resources and environmental protection have become a hot topic in manufacturing industry, and the concept of green manufacturing has been put forward
Because the hybrid model of resource environment value chain needs a certain period of time in the process of operation and the experiment period is long, in order to better carry out the experiment, the environmental data of a laboratory in the past three years is selected as the experimental sample data
Through the calculation of all environmental pollution coefficients, it can be found that the hybrid resource environment value chain model can be applied to the operation of the enterprise, which can control the enterprise value and reduce the environmental pollution degree of the product production to a certain extent, so as to realize the environmental protection
Summary
Since the 1990s, the problems of resources and environmental protection have become a hot topic in manufacturing industry, and the concept of green manufacturing has been put forward. Raw materials are mainly obtained from the natural environment, are produced into products through generation and processing technology, and obtained economic benefits through sales to achieve industrial value. Based on the idea of symbiotic circular economy, through literature review, theoretical analysis, practical research, and expert consultation, according to the logic of resource chain, ecological chain, and value chain, this model studies the ecological environment subsystem in a wider range, The core structure model of circular economy and its multilevel extended structure model of social economic subsystem can effectively reduce environmental pollution, but its analysis process is complex and time-consuming, which cannot be applied in practice. In order to solve the problems in the traditional hybrid model of resource environment value chain, a discrete time algorithm is introduced. Coordinate resources, environment, and value chain in the same position in operation, and realize the protection of environmental resources on the basis of ensuring enterprise value and benefit
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