defective structure and the recycling strategy at the source
Have you ever thought that “everything is inside us and starts with us!”
It seems, cyclical concepts are obtained by relying on this abstract concept. The recycling process, as the most cyclical cycle known in the industry, also relies on this concept. Imagine how recycling in the beginning is based on this foundation.
Recycling at the source by looking at the separation of waste at the source gives an introverted nature to the recycling cycle and adds a competitive advantage to the recycling industry from the market point of view.
But, let’s look a little more closely at the faulty structures around us and pay attention to the concept of “what is a faulty structure?”
It should be said that the existence of a structure in any subject is not a reason for its lack of performance. Defective structures cannot create healthy products, so analyzing these structures will mean correcting the path.
In order to better understand the issue of waste, defective units and raw material conditions, we will first explain the definitions of each of the following terms:
1- Waste
2- Normal waste
3- Abnormal wastes
- Waste refers to units that do not meet the standard of product production and are excluded from production operations or are sold at scrap (worn) value.
- Wastes that are expected to occur in normal and effective production conditions and cannot be controlled are called normal wastes.
- Wastes that are not expected to occur under normal and effective production conditions and can be controlled are called abnormal wastes.
Modern technologies to create smart recycling cycles
It is obvious that even the most efficient mechanical methods of waste recycling cause a lot of environmental pollution.
One of the best ways to fight these pollutions is to use RFID technology, or in other words, the radio wave identification system, in which small and cheap currents are used in products.
The chips of the radio wave recognition system replace the old ones and work very efficiently in the recycling of recycled materials.
Using this new technology, smart waste bins create a kind of direct communication between residents and city managers, thus facilitating the recycling process.
Metaverse is the next generation of the Internet, which consists of decentralized and persistent online 3D virtual environments so they can be accessed through VR headsets, augmented reality glasses, smartphones, PCs, and game consoles.
Mark Zuckerberg, as one of the founders of the Facebook social network in America, unveiled his Metaverse in the new year, which is supposed to be used for recycling programs in waste management sectors.
Undoubtedly, with the arrival of the metaverse in the present world, a dramatic change in events will occur that will reduce the importance of travel while also greatly reducing physical presence.
This new evolution of the virtual world is a powerful indicator that allows people to stay at home and do remote work.
In fact, with the help of the new Metaverse technology, people will have enough time, resources and ability to recycle properly, and the necessary training will also be provided to them through this infrastructure.
Bolstered by the Covid-19 pandemic and related restrictions, urban recycling programs have seen many innovations over the past two years.
In fact, during the corona pandemic era, the tendency of managers and city dwellers towards sustainable urban plans has increased, among which many planners have tried more than before to find creative investment methods to complete their former recycling processes.
GAIN company, as a green startup in Canada, has achieved many new findings in this field, which is converting data into knowledge, and after the process of managing its knowledge in the field of recycling in new ways, it has definitely produced knowledge as a product. and will be available to individuals, companies, organizations, etc.
New investment methods have made it possible for investors to significantly influence modern technologies such as online capital raising platforms through recycling, recycling-oriented software networks and environmentally-based social media.
What is of considerable importance is that local authorities must implement effective ways to communicate with urban residents to achieve their 2023 sustainability goals through their participation.
With what was said, we realized that the analysis of the defective structure of recycling in urban areas can lead to tremendous results in the field of technology and by using the latest technologies, it can help solve urban and nature problems.
So let’s know that:
Everything is inside us, it starts from us and returns to us.
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