1 The connotation of system science System science defines “the system is a combination of several components of interaction and interdependence that have a specific function and an organic whole, and the system itself is part of a larger system to which it belongs.â€
In modern times, systems science brings people new perspectives on the world around them. From this systematic point of view, the entire world is a hierarchical sequence of systems. It regards any object of research as an organic system as a whole and its research process as a As a whole, the whole process of development and implementation has also formed a systematic work. In this process, the system must be designed as an organic combination of several subsystems. The technical requirements for each subsystem should first be considered from the viewpoint of achieving the overall goals of the system and the technical compliance, and the coordination of the whole municipality should be adopted. The contradiction between systems, between subsystems and the overall system, and between the system and its larger system. Finally, the most reasonable and optimized expected goal of the entire system engineering is reached.
As a system engineering supported by science and technology, its methodological characteristics are extremely prominent. It emphasizes the integrity of research methods, the combination of technical methods, and the scientific nature of management methods. It has very strict control principles, so it has a very good guiding significance and role in the system engineering research in various fields. 2 Application of System Science in Green Packaging Project At present, under the guidance of the global sustainable development strategy thought formed by the World Environment Organization Assembly, the wave of the green revolution has swept the world, impacting every corner and field of the world, and green packaging. This came into being. Since the positioning of green packaging does not pollute the environment and does not damage human health and can be recycled and reused, it has a strong vitality and broad market prospects, and it is an unimpeded permit for international trade. Thanks to the support of the country and the international community, it is highly favored by consumers.
However, the comprehensive implementation of green packaging as a complete engineering system in China is not an easy task because it involves many areas of interlinkages, such as green packaging laws and regulations, international green environmental protection standards, and the whole process of green packaging production. The design, art, and the implementation of the upstream and downstream production processes and the three waste processing links and standards, as well as the final testing and evaluation system. In short, it is a system engineering with a new type of function and a complicated link, which embodies the features of the edge discipline and the characteristics of the interdisciplinary. Scientific and technological practice has fully proved that system science is the methodological basis of modern production, management, and management. Therefore, the analysis and guidance of the green packaging system from the perspective of system science will surely enable the green packaging engineering system to be established as soon as possible in China and be successful. .
Summarizing the viewpoint of system theory, whether it is a green packaging individual or a different group of green packaging, can be seen as a solid system of different sizes, and the formation of the use value of green packaging and the realization of the value of green packaging can be achieved. Seen as a process system.
Among them, the green transport package consists of green transport packages, green sales packages, and green package operations that combine them into an organic green aggregate. The transport package is composed of green packaging materials, green signs and different shapes to form a sub organic green overall. This forms a solid system of green packages.
The realization process of the use value as a green transport package is usually a process system consisting of packing, packaging, transportation, loading and unloading, warehousing, and circulation management. Then each element of this process system belongs to the subsystems of a large-scale social system such as a commodity production system, a circulation system, and a sales system.
Green sales packages are made up of green packages, commercial bodies, and green packaging technologies that combine them into a green organic collection. The sales package is composed of green packaging materials, green decoration and styling to form the secondary green organic machine, forming a physical system in the sales package.
The realization of the use value of green sales packaging is a process system consisting of green sales packaging packaging technology, green transportation packaging technology, circulation, sales, waste recycling and other elements. Each of these elements belongs to a subsystem of a large system such as a production system, a transportation and circulation system, a packaging technology system, a sales system, and a waste recycling and processing system.
To sum up, for any green packaging product, to study its entire forming system, it is necessary to study its entire life cycle, that is, to study the whole process of a green packaging product from birth to disappearance. This process includes the collection of raw materials, the production of packaging materials, the processing and manufacturing of packaging products. As the key to the research of the green packaging system is the green, so if the entire life cycle of the product runs through the green nature, no pollution to the environment and damage to the human body. For example, if the raw materials collected are green materials, the production and synthesis of packaging materials is green production, the processing and manufacturing of packaging products, the sales and circulation of packaging products, and the key highlights of the packaging system are green, so if the products are in their entire life cycle The links all run through the essence of green and do not produce any pollution to the environment or damage to the human body. If the raw materials collected are green materials, the production and synthesis of packaging materials is green production, and the processing and manufacturing of packaging products is a green operation process. The auxiliary materials used (printing, finishing) are green non-toxic materials, which are not caused by circulation and sales. Environmental pollution and guarantee the quality of the material to be loaded. The waste treatment after the disposal adopts the green treatment method and does not cause secondary pollution. Such a whole packaging engineering system can be said to be a complete green packaging engineering system, and its products are undoubtedly green packaging products.
Throughout the above life cycle, it can be said that each of its links is independent and tightly integrated with each other. It can be said that all links are interlocking and are all strictly operated to achieve the ultimate complete green. If any one of the links or processes has pollution and damages human health, it can be said that its entire system is not a real green packaging system, and its final product is not a green product. Therefore, for any green packaging product, its formation is to go through the whole process of green engineering, and each link element in this engineering system is subordinate to a subsystem in the social large-scale system. For example, the production of materials belongs to the large-scale production system of the society. The processing and production of products is a processing and manufacturing system in a large social system. After it is discarded, it becomes a waste system of the society. Recycling processing also belongs to the social environmental protection system. If the green packaging system is the main Systems and subsystems as well as subordinate social systems make an image description. In the process of implementing the green packaging project, Kolago organically and continuously integrates the above three types of systems, giving full play to their dependencies, constraints, promotion, and overall system management, regulations, and design. Investment and demand will promote the implementation of green packaging projects more effectively. 3 The characteristics of the green packaging engineering system are based on the complexity embodied in the green packaging engineering system, covering the breadth of the surface and the marginality and cross-cutting that are displayed, and can clearly show that the various systems involved in the green packaging engineering system belong to Controllable open systems, which are both static and dynamic systems. Its characteristics are as follows.
(1) Aggregate: The system consists of at least one or more different elements.
(2) Purpose: The system must have a clear goal, that is, the purpose of the system's optimal operation.
(3) Relevance: System elements are interdependent and mutually restrictive. Therefore, no matter which element changes, it will affect the changes of other elements or even the overall system.
(4) Adaptability: The system is always placed in a certain environment, and the environmental conditions have a great influence on the system, so the system must adapt to the external environmental conditions, otherwise it cannot develop.
(5) Integrality: The system is an organic collective, so the association of all elements must be based on achieving the best overall standard, and must not only seek the best of individual subsystems. 4 Conclusion In order to further improve the green packaging system, we also need to increase the guarantee conditions for implementing the green packaging engineering system. The first is the green packaging of national laws and regulations, so that the implementation of green packaging projects can be followed, there are rules to follow; followed by a monitoring organization system, keep track of the progress of green projects, quality, ensure that the green project is true; Thirdly, before the implementation of the green packaging project, it must pass a full set of green project design (referring to the life cycle of each link, process, standard) national experts to review; fourth is to develop a complete set of testing and evaluation system to regular green packaging projects The system conducts comprehensive testing of all aspects of the system and quantitative comprehensive assessment to ensure that the green packaging system meets international standards and makes its green packaging products unimpeded in world trade, so that it protects human health in an environment that protects human existence. Play an inestimable role. (Wu Jun Li Heping)
In modern times, systems science brings people new perspectives on the world around them. From this systematic point of view, the entire world is a hierarchical sequence of systems. It regards any object of research as an organic system as a whole and its research process as a As a whole, the whole process of development and implementation has also formed a systematic work. In this process, the system must be designed as an organic combination of several subsystems. The technical requirements for each subsystem should first be considered from the viewpoint of achieving the overall goals of the system and the technical compliance, and the coordination of the whole municipality should be adopted. The contradiction between systems, between subsystems and the overall system, and between the system and its larger system. Finally, the most reasonable and optimized expected goal of the entire system engineering is reached.
As a system engineering supported by science and technology, its methodological characteristics are extremely prominent. It emphasizes the integrity of research methods, the combination of technical methods, and the scientific nature of management methods. It has very strict control principles, so it has a very good guiding significance and role in the system engineering research in various fields. 2 Application of System Science in Green Packaging Project At present, under the guidance of the global sustainable development strategy thought formed by the World Environment Organization Assembly, the wave of the green revolution has swept the world, impacting every corner and field of the world, and green packaging. This came into being. Since the positioning of green packaging does not pollute the environment and does not damage human health and can be recycled and reused, it has a strong vitality and broad market prospects, and it is an unimpeded permit for international trade. Thanks to the support of the country and the international community, it is highly favored by consumers.
However, the comprehensive implementation of green packaging as a complete engineering system in China is not an easy task because it involves many areas of interlinkages, such as green packaging laws and regulations, international green environmental protection standards, and the whole process of green packaging production. The design, art, and the implementation of the upstream and downstream production processes and the three waste processing links and standards, as well as the final testing and evaluation system. In short, it is a system engineering with a new type of function and a complicated link, which embodies the features of the edge discipline and the characteristics of the interdisciplinary. Scientific and technological practice has fully proved that system science is the methodological basis of modern production, management, and management. Therefore, the analysis and guidance of the green packaging system from the perspective of system science will surely enable the green packaging engineering system to be established as soon as possible in China and be successful. .
Summarizing the viewpoint of system theory, whether it is a green packaging individual or a different group of green packaging, can be seen as a solid system of different sizes, and the formation of the use value of green packaging and the realization of the value of green packaging can be achieved. Seen as a process system.
Among them, the green transport package consists of green transport packages, green sales packages, and green package operations that combine them into an organic green aggregate. The transport package is composed of green packaging materials, green signs and different shapes to form a sub organic green overall. This forms a solid system of green packages.
The realization process of the use value as a green transport package is usually a process system consisting of packing, packaging, transportation, loading and unloading, warehousing, and circulation management. Then each element of this process system belongs to the subsystems of a large-scale social system such as a commodity production system, a circulation system, and a sales system.
Green sales packages are made up of green packages, commercial bodies, and green packaging technologies that combine them into a green organic collection. The sales package is composed of green packaging materials, green decoration and styling to form the secondary green organic machine, forming a physical system in the sales package.
The realization of the use value of green sales packaging is a process system consisting of green sales packaging packaging technology, green transportation packaging technology, circulation, sales, waste recycling and other elements. Each of these elements belongs to a subsystem of a large system such as a production system, a transportation and circulation system, a packaging technology system, a sales system, and a waste recycling and processing system.
To sum up, for any green packaging product, to study its entire forming system, it is necessary to study its entire life cycle, that is, to study the whole process of a green packaging product from birth to disappearance. This process includes the collection of raw materials, the production of packaging materials, the processing and manufacturing of packaging products. As the key to the research of the green packaging system is the green, so if the entire life cycle of the product runs through the green nature, no pollution to the environment and damage to the human body. For example, if the raw materials collected are green materials, the production and synthesis of packaging materials is green production, the processing and manufacturing of packaging products, the sales and circulation of packaging products, and the key highlights of the packaging system are green, so if the products are in their entire life cycle The links all run through the essence of green and do not produce any pollution to the environment or damage to the human body. If the raw materials collected are green materials, the production and synthesis of packaging materials is green production, and the processing and manufacturing of packaging products is a green operation process. The auxiliary materials used (printing, finishing) are green non-toxic materials, which are not caused by circulation and sales. Environmental pollution and guarantee the quality of the material to be loaded. The waste treatment after the disposal adopts the green treatment method and does not cause secondary pollution. Such a whole packaging engineering system can be said to be a complete green packaging engineering system, and its products are undoubtedly green packaging products.
Throughout the above life cycle, it can be said that each of its links is independent and tightly integrated with each other. It can be said that all links are interlocking and are all strictly operated to achieve the ultimate complete green. If any one of the links or processes has pollution and damages human health, it can be said that its entire system is not a real green packaging system, and its final product is not a green product. Therefore, for any green packaging product, its formation is to go through the whole process of green engineering, and each link element in this engineering system is subordinate to a subsystem in the social large-scale system. For example, the production of materials belongs to the large-scale production system of the society. The processing and production of products is a processing and manufacturing system in a large social system. After it is discarded, it becomes a waste system of the society. Recycling processing also belongs to the social environmental protection system. If the green packaging system is the main Systems and subsystems as well as subordinate social systems make an image description. In the process of implementing the green packaging project, Kolago organically and continuously integrates the above three types of systems, giving full play to their dependencies, constraints, promotion, and overall system management, regulations, and design. Investment and demand will promote the implementation of green packaging projects more effectively. 3 The characteristics of the green packaging engineering system are based on the complexity embodied in the green packaging engineering system, covering the breadth of the surface and the marginality and cross-cutting that are displayed, and can clearly show that the various systems involved in the green packaging engineering system belong to Controllable open systems, which are both static and dynamic systems. Its characteristics are as follows.
(1) Aggregate: The system consists of at least one or more different elements.
(2) Purpose: The system must have a clear goal, that is, the purpose of the system's optimal operation.
(3) Relevance: System elements are interdependent and mutually restrictive. Therefore, no matter which element changes, it will affect the changes of other elements or even the overall system.
(4) Adaptability: The system is always placed in a certain environment, and the environmental conditions have a great influence on the system, so the system must adapt to the external environmental conditions, otherwise it cannot develop.
(5) Integrality: The system is an organic collective, so the association of all elements must be based on achieving the best overall standard, and must not only seek the best of individual subsystems. 4 Conclusion In order to further improve the green packaging system, we also need to increase the guarantee conditions for implementing the green packaging engineering system. The first is the green packaging of national laws and regulations, so that the implementation of green packaging projects can be followed, there are rules to follow; followed by a monitoring organization system, keep track of the progress of green projects, quality, ensure that the green project is true; Thirdly, before the implementation of the green packaging project, it must pass a full set of green project design (referring to the life cycle of each link, process, standard) national experts to review; fourth is to develop a complete set of testing and evaluation system to regular green packaging projects The system conducts comprehensive testing of all aspects of the system and quantitative comprehensive assessment to ensure that the green packaging system meets international standards and makes its green packaging products unimpeded in world trade, so that it protects human health in an environment that protects human existence. Play an inestimable role. (Wu Jun Li Heping)
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