Sustainable Asset Management Solution (SAMS) is one of the e-waste market leaders, offering one-stop electronic waste (e-waste) management services, including collection, recycling, refurbishment, and data destruction. SAMS provides outstanding services not only to our industries, schools, warehouses, and businesses, but also extends these services to both residential and non-commercial clients, adding to the value chain. Data destruction services are FDA-compliant, and our trained data destruction specialists adhere to the ADISA Code of Practice for Data Destruction when handling confidential data-bearing media. SAMS also extended our services to include both metal and plastic recycling, enabling our company to provide better pricing for our clients. All recyclable metals and plastic materials are separated and brought to authorized scrapyards, where they can be re-used in the production of recycled metals and plastics. For secure and certified data destruction, trusted providers ensure thorough and compliant data disposal methods.
Secure and Certified Data Destruction
Data security is our top priority – our certified process guarantees secure hard disk data destruction with trackable procedures. Our team utilizes zero-fixed hard drive crushers, degaussing, and shredding equipment that comply with NIST, HIPAA, and all major standards and practices for hard disk data deletion. We prove the secure destruction of IT assets with a formal report and a certificate as final deliverables. We perform secure and certified data destruction for all types of data storage devices (e.g., servers, hard disks, tapes, LTO and media disks) and guarantee a 3-5 working-day processing time upon receipt. With our Secure and Certified Data Destruction Service, we fulfill ISO 27001, ISO 14001, and other requirements as we follow a secure procedure to ensure data privacy, destruction proof, and environmentally protective treatment.
Importance of Data Security in E-Waste Management
Managing e-waste recycling and disposal in Singapore requires adherence to strict environmental regulations and responsible recycling practices. Organizations that have been actively using complex ICT equipment to access, process, retrieve, and transmit information in support of their mission internally and to the public are increasingly adopting basic ICT and governance policies to address e-waste on organization-owned equipment. In today’s ever-connected global environment, organizations’ e-waste often contains a variety of software applications plus sensitive/confidential information. The organization must consider the destruction of information such as file transfers, temporary files, cached data, and cookies, in addition to data and software sanitization from ancillary storage devices identified in data storage provided to others using organization-owned ICT equipment, to ensure compliance.
In an increasingly digital world, our reliance on electronic devices has become an integral part of our lifestyle. However, these devices bring about various environmental problems – most notably that of e-waste, a major environmental concern in today’s highly digitized era. As the number of electronic devices that people use increases, associated problems such as those resulting from rapid technological advancements, recycling, and engineering challenges that need to be overcome to manage and recover metals from e-waste, have also been gaining widespread attention. Great efforts in implementing end-of-life regulations in the drive towards a circular economy have been made worldwide. Producers, who are responsible under the Extended Producer Responsibility (EPR) scheme, play a pivotal role in bearing the associated waste stream costs, rewarding those who are environmentally preferable, and generally reducing the detrimental impacts of waste streams.
E-Waste Recycling and Disposal in Singapore
The rapid production and proliferation of lightweight, durable smart electronics, coupled with greatly reduced prices, have implemented the planned obsolescence of consumer electronics. With new technology running out of old models, many smartphones, laptops, and other computer components are being purchased for a few years before being disposed of once more in landfills. Between 2001 and 2018, global e-waste experienced a dramatic 60% spike in less than 20 years at the heart of these disturbing numbers. This is catastrophic not only because e-waste constitutes just 0.001 percent of the global waste stream, but also because it contains over 70 toxic substances that range from mercury, arsenic, and lead to more complex, harmful chemicals such as refrigerants and flame retardants. Consequently, e-waste is rapidly becoming a global health threat.
Challenges and Opportunities in E-Waste Recycling
The waste stream from outdated electric and electronic equipment from urban areas in Singapore would increase from 6,000 tons in 2004 to 15,000 tons in 2015. Materials flow analysis was employed to characterize and estimate the amounts of e-scraps that were and would be generated in Singapore during the period. The current recycling percentage of 5.4% gave rise to the amount of e-scraps generated in Singapore.
Singapore is experiencing a significant increase in business activities that use IT and electronic equipment. It was reckoned that the generation of PC scrap, monitors, servers, and other equipment for metal recovery and leaded glass disposal were likely to increase by 41% by 2015. PC boards contain from 9-18 grams of gold per ton from the computer scrap, which represents a less common but more pronounced problem of recovery because more people now buy computers.
Server Disposal in Singapore
Server disposal in Singapore involves specialized procedures to ensure data security and environmental compliance during the disposal process. Businesses will have to use packaging materials that are easily accessible or destroyed. In terms of server breaking and destruction, this ultimately means that a company needs an excellent equipment inventory management procedure and approach that maintains and informs the business of equipment rotation for security reasons. Given this strict timeline, many companies would prefer to work with a partner that can operate around the clock during the disposal transition. Each organization should be managed on a continuous schedule or from morning to morning. Servers are expensive parts of e-waste that are essential and can therefore be repurposed instead of being hidden. This means that an organization may negotiate with a provider that offers financial benefits during the stripping process. This may occur due to a recession, company growth, market changes, or other business-related reasons. A buy-back program should be flexible enough to accommodate this customized arrangement. To ensure the safe disposal of servers and other equipment, companies need to partner with an eCycle partner like Sustainable Asset Management Solutions when undertaking a server disposal project.
Companies with an impressive list of servers ought to turn to Sustainable Asset Management Solutions for their server disposal and equipment buy-back. Sustainable Asset Management Solutions will evaluate the buy-back market value and share the amount of returns to its customer instead of the piece value. Given that most of the servers are co-located in a disconnected setting, the enterprise’s joint program includes secure transport and removal of inactive or old-fashioned servers. This process typically starts with a survey to assess the current location, identifying items on site, ensuring accurate data, and returning all components and equipment to the processing area. When it comes to transportation, a proper trip would use packing materials with easily empty containers.
