What is E-waste? Why does it impact business sustainability?

By Admin
12 June 2023
298
Eng

What is E-waste?

E-waste refers to electronic waste, such as computers, monitors, tablets, printers, and mobile phones, as well as various other electronic devices and appliances used extensively in households and businesses. When these products become faulty, expired, obsolete, or no longer useful to users, they are discarded and become electronic waste, or “e-waste,” on this planet.

E Waste top

E-waste is categorized into a total of 10 types

fridge

Large household appliances
such as microwaves, fans, air conditioners, refrigerators, freezers, and washing machines.

toaster

Small household appliances
such as vacuum cleaners, toasters, coffee makers, and electric shavers.

desktop

Information Technology (IT)
and telecommunications equipment

such as mainframes, personal computers, and laptops.

streaming-tv-app

Consumer Equipment
For example, radios, televisions, video cameras, and video recorders.

hot

Monitoring and control devices
such as smoke detectors, temperature controllers, and thermostats.

light-bulb

Lighting equipment
such as fluorescent bulbs, high-intensity discharge (HID) bulbs.

drill

Electrical and electronic tools
such as drills, saws, sewing machines, and various metal tools.

game-console

Toys, recreational and sports items
such as toy trains, racing sets, and video games.

mri

Medical equipment
such as radiation therapy machines, ventilators, and X-ray machines.

atm-machine

Automatic dispensing machines
such as water dispensers, ATMs, and automated product manufacturing machines.

Referring to EU’s WEEE (Waste from Electrical and Electronic Equipment) regulations.

E-waste‘s Impact Businesses Should Be Aware Of!

E-Waste effect

According to the UN Global E-waste Monitor ปี 2020 report, e-waste is highlighted as one of the world’s fastest-growing waste categories. This is mainly due to rapid technological advancements that swiftly replace older electronic devices with newer models. E-waste poses both health risks to humans and environmental hazards. Unfortunately, the rate of proper recycling is very low, despite the potential for materials like cobalt, lithium, copper, and gold to be reused when appropriately separated and recycled.

As an example, in 2019 , the global population generated a staggering 53.6 million metric tons of e-waste, yet only 17.4% of it was recycled. The remaining 82.6% of untreated e-waste represents a significant loss of valuable materials and minerals, amounting to around 1,625.965 billion USD.

Businesses must not overlook
the Sustainability Policy

For both domestic and cross-border business operations, having a clear Sustainability Policy is essential. This encompasses environmental considerations and people care, meeting the demands of stakeholders and catering to the rising interest of modern consumers. Organizations or businesses that prioritize environmental care are poised to receive support. The factor of environmental responsibility has gained increasing importance over the past 2-3 years.

GOALS

The path to Sustainable Electronics begins with what factors?

When discussing Sustainable Electronics, it’s not solely the responsibility of private sector manufacturers. Rather, it necessitates changes across every stage, from production to distribution, consumption, industry, government, social organizations, and even consumers. Key transformational steps that can be taken include:

  • Designing products with sustainability and circularity in mind requires manufacturers to start by considering the end point. For instance, designing products for easy upgrading, repairability, and component separability to facilitate recycling.

  • Collecting and gathering used products or components from consumers to enable refurbishment or recycling.

  • Circulating refurbished products to new interested consumers, allowing them to be resold at a lower price, thereby expanding access to new user groups.

  • Business collaborations in terms of resource sharing and material exchange that can be recycled. For instance, Dell repurposing carbon fiber scraps from the aviation and space industries to manufacture their own products.

  • Creating innovative business models that fit the circular theme, inspiring both producers and consumers. This includes networks for repair and resale beyond conventional platforms like eBay’s O2, ensuring convenience along with a 12-month warranty.

Providing E-waste management strategies for businesses.

Specifying E-waste quantities and associated costs

Estimate and specify the annual E-waste quantities your business generates, including an attempt to assess the associated costs for managing this waste. This provides a comprehensive view and understanding of the genuine impact of E-waste on both your company and the environment.

Understanding how to manage E-waste

A key to reducing E-waste is maximizing the efficiency of electronic devices until their end of life. Then, understanding E-waste management methods, such as component separation for reuse and recycling, becomes essential. Seek transparent companies for suitable and holistic management, aiming to avoid contributing to a cycle that harms both the workforce and the environment.

Creating alternatives for a circular economy

As the world transitions from a linear economy to a circular one, various technology companies are beginning to design new products with components that are easily recoverable for future reuse. This involves assessing the product lifecycle, calculating carbon emissions and pollutants associated with recycling e-waste, and changing business approaches to minimize overall environmental impact.

Examining E-waste management changes

Assess how changes in E-waste management impact your company’s sustainability goals. Understand the significant challenges and opportunities that could affect achieving objectives to address E-waste pollution, environmental impact, and global climate change.

AquaOrange’s E-waste service in Thailand

E-wate TH

AquaOrange’s e-waste service in Thailand offers comprehensive electronic waste disposal solutions that support businesses in their journey towards business sustainability. The service includes secure data destruction, hard disk wiping, and the proper disposal of computers and electronic devices through a certified e-waste management process. The certified e-waste managing process ensures correct practices. This service encompasses the removal of e-waste such as computers, laptops, and hard disks, allowing businesses to optimize their return on investment in equipment. Furthermore, it reduces related expenses tied to storing unused equipment, freeing up space and resources for the business.

Why should businesses choose to use e-waste services?

Certificates

Certificate of Destruction

secure

Secure and Safe

quick

Quick and Effective

The various types of IT assets that AquaOrange’s e-waste service provides include:

IT assets

We support computers

  • Start by categorizing the various IT assets within your organization, such as computers, servers, networking devices, printers, mobile devices, software licenses, and peripherals. This step helps establish a structured approach to managing inventory.

  • Conduct a site audit of your organization’s premises to locate and identify all IT assets.

  • This includes inspecting computer rooms, server racks, storage areas, and individual workstations.

  • Record the physical locations of each item of assets.

We support laptops

  • Create an inventory list that comprehensively covers the details relevant to each individual asset.

  • Consolidate unique asset identifiers (such as serial numbers or asset tags), brand and model, specifications, purchase date, warranty information, designated department/user, and other relevant details that aid in asset management.

  • Implement a tracking system to monitor the movements and status of IT assets.

  • This can be achieved through asset management software or a centralized database.

  • Each asset item should have a unique identifier to avoid duplication, and updates should be made whenever an asset is transferred, decommissioned, or undergoing maintenance.

We support hard disks

  • We conduct periodic checks to ensure the accuracy and completeness of inventory assets.

  • Verify to ensure that the inventory remains current and aligns with the actual assets present within the organization.

  • In a certain part of the process, consider the lifecycle of each asset, including acquisition, adaptation, maintenance, upgrades, and retirement.

  • Plan asset replacement, create budgets, and enhance asset utilization efficiency.

We support IT hardware, servers, cables, and etc.

  • Conduct periodic inspections to verify the accuracy and completeness of inventory assets.

  • Verify to ensure that inventory items remain current and align with the actual assets present within the organization.

  • In a certain segment of the process, consider the life cycle of each asset, including acquisition, adaptation, maintenance, upgrades, and end-of-use.

  • Testing activities related to IT assets involve opening devices and conducting diagnostic tests to ensure that all components and functionalities are operating as intended. The testing process may encompass performance checks, connectivity assessments, storage evaluations, input/output device examinations, and other relevant operations.

What is IT Assets Disposal?

IT Asset Disposition (ITAD) is the process of properly disposing of outdated, surplus, or end-of-life information technology (IT) assets in an environmentally responsible and secure manner. ITAD ensures that electronic devices are managed and disposed of in compliance with laws, privacy regulations, and environmental standards.

In general, the ITAD process typically involves the following steps:

  • Inventory of IT Assets: All IT assets within the organization will be identified, listed, and tracked to determine which assets need to be disposed of.

  • Data Destruction: Before disposal, all sensitive and confidential data stored on IT assets must be permanently and securely erased. This is typically achieved through data wiping, data erasure, or physical destruction.

  • Reuse and Refurbishment: IT assets that are still functional and have residual value can be refurbished, repaired, or repurposed for internal use or resale.

  • Recycling and Disposal: IT assets that cannot be reused or refurbished will undergo recycling. The recycling process involves dismantling the equipment and separating components for proper disposal or recycling to minimize environmental impact and comply with electronic waste regulations.

  • Documentation and Reporting: Throughout the ITAD process, appropriate documentation is maintained, including certificates of data destruction, recycling, and disposal. This documentation ensures compliance with legal and regulatory requirements.

it asset

IT asset disposal is crucial for organizations to mitigate risks associated with data breaches, safeguard sensitive information, adhere to privacy regulations, and reduce environmental impact. Partnering with certified ITAD service providers ensures confidence that the disposal process will be carried out securely, ethically, and in accordance with industry best practices.

Guaranteeing the E-waste disposal process with a Certificate.

Certificate3
Certificate2
Certificate1

For customers interested in E-waste service by AquaOrange, providing convenient and swift electronic waste disposal solutions for businesses. Read on for more details.

Interested in AquaOrange’s E-waste service?

Thank you for referencing the information from:

https://blog.pttexpresso.com/sustainable-e-waste-management/Website: https://techsauce.co/news/towards-to-sustainable-electronics-with-circularity/

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