karo Sambhav

  This is the era of technological development, and electronic devices are witnessing a huge boost in demand due to their excessive usage in daily lives. However, the concern begins with the improper disposal of electronic waste where this inappropriate e-waste disposal poses serious challenges. Perceiving the impact of improper e-waste disposal on our carbon footprint and welcoming reliable e-waste disposal procedures is vital for a sustainable future.  E-Waste Disposal and Carbon Footprint There are several ways in which disposing of electronic gadgets increases our carbon impact. Exposure to hazardous chemicals and greenhouse gases occurs when improper disposal techniques, including incineration or landfilling, are used. Emissions of carbon dioxide are further increased by the energy required for the extraction and manufacturing of electronic raw materials. Mobile-First EPR Many nations and areas are putting Extended Producer Responsibility (EPR) policies into place, with an emphasi

  As technology advances, it is more crucial than ever to manage electronic trash properly. When electronic garbage (E-waste) is improperly disposed of, the ecosystem may suffer greatly. E-waste includes old computers, cell phones, and televisions. The general public's lack of awareness is one of the problems that often leads to critical e-waste management challenges. E-waste is disposed of in landfills in large quantities because many individuals are ignorant of the negative consequences of illegally disposing of electronic equipment. Public awareness of the value of e-waste management and appropriate disposal practices is crucial for overcoming this obstacle. There needs to be more infrastructure for managing e-waste. It is challenging for people to appropriately dispose of their electronic gadgets since many places lack garbage collection facilities, and they don’t find any positive results when searching ‘ waste collection centre near me ’. To find a local e-waste collection ce

It is a well-understood fact by now that concern about E-waste is increasing swiftly in the sphere of the digital age. EPR e-waste management positions the responsibility of electronics manufacturers and producers for the complete product lifecycle. With the backing of this framework, it is possible to design electronics with repairability, longevity, and recyclability in mind. This reduces the negative impact of e-waste on the environment and human health while optimizing the value of finite resources. The adoption of e-waste EPR offers numerous benefits. Firstly, it incentivizes manufacturers to produce modular and effortlessly upgradable electronics, increasing their usable lifespan. This process leads to the prevention of the rapid obsolescence of devices and the reduction of the frequency of disposal. Secondly, e-waste authorization also prompts the installation of efficient supply, recycling, and refurbishment strategies. This not only safeguards against the improper dispos

Introduction As the world witnesses an unprecedented surge in electronic waste (e-waste), finding sustainable and effective e-waste management solutions has become a pressing global concern. E-waste contains hazardous substances that can harm both human health and the environment. To address this challenge, Extended Producer Responsibility (EPR) initiatives have emerged as a powerful approach to responsibly manage e-waste. In this blog, we will explore the significance of e-waste management, the challenges it poses, the importance of E-waste Authorization , and the efforts of Karo Sambhav in creating e-waste management solutions, including "e-waste collection centers near me." Understanding E-Waste Management Challenges E-waste refers to discarded electronic devices and equipment, such as smartphones, laptops, and televisions. The rapid growth of technology and shorter product lifespans contribute to the alarming increase in e-waste generation. Unfortunately, improper d

During the year 2020-2021, around 3.4 lakh tonnes of electronic waste has been recycled. Thinking how massive it is, well, in reality, it’s not. The continuous boost in technological advancement is directly related to the surge in the production of electronic gadgets. The more people walk towards buying the latest electronic products, the greater the count of their previous products landing in the garbage. This process keeps repeating until the electronic waste level surpasses the limit. India is currently the third-largest producer of e-waste, and the main reasons are its escalated consumerism and terrific technological obsolescence. Ensuring that electronic waste is safely disposed of is unquestionably one of the greatest e-waste management challenges experienced by India. To understand more about the challenges and opportunities that India experiences concerning EPR e-waste have been comprehensively described in the article. But First, What is E-Waste Management? Electronic waste i

  E-waste is a critical problem in the present times. And why not? From smart gadgets to smart homes, technology is integrated into every aspect of our lives. Think about it – even the simplest products have sensors and semiconductors fitted in them. Have you heard about wearable monitors or water vapour extractors? Technology is at the core of every device and every little thing we use. Evolution in technology is only evident. However, how often do we think about the products that become outdated or unusable with time? We definitely don’t, and this explains why e-waste crossed the 50 million metric tonne benchmark back in 2020. The counts have only doubled over the years.  A surprising fact:  According to the stats, in 2023, the count of untreated e-waste exceeds 347 million metric tonnes on the face of the earth.  Have you wondered if there’s a smart and pragmatic way to tackle the growing e-waste crisis? Thinking about recycling? Despite the increasing awareness about recycling, onl