In 2022, the world generated 62 million metric tons of e-waste. According to The Global E-waste Monitor 2024, only 22.3% was properly treated. The rest may be dumped, buried, or illegally processed—allowing harmful substances to enter the environment and damage ecosystems.
This is not just an economic loss. It also creates serious risks for both the environment and human health.
At the same time, advanced technologies continue to rely heavily on electricity and water, leading to carbon emissions and water pollution. These challenges are becoming increasingly difficult to ignore. As a result, building sustainable R&D strategies is no longer a choice—it is a priority.
”For many CTOs and engineers, sustainability can feel like a broad or even abstract concept. This is often because they are not directly involved in defining company-wide sustainability goals.
Below are two key approaches:
Strategy 1: Build Green Products—Start with Eco-Design
Sustainable innovation begins at the design stage. By adopting eco-design principles, companies can develop products that are both high-performing and environmentally responsible.
This includes optimizing components to improve heat dissipation, reduce energy consumption, and extend product lifespan. It also means selecting environmentally friendly materials at the source to minimize the potential toxicity of e-waste.
Take lead as an example. While it is widely used in electronic components, it can harm human health and contaminate soil and groundwater. To address this, Apacer has developed fully lead-free DDR5 memory modules and SSDs that comply with EU RoHS standards. This not only helps customers prepare for future regulatory changes but also reduces environmental impact.
Modular design is another key approach. Products that are easy to disassemble, repair, and upgrade can reduce resource waste and extend product life cycles. From a circular economy perspective, this helps minimize e-waste generation.
In addition, lightweight and energy-efficient designs can reduce carbon emissions during transportation. Building a sustainable supply chain also plays an important role. By evaluating sustainable materials early in the design stage, companies can make better decisions from the start.
For example, plastic has long been used for USB casings, but it is non-biodegradable and may release harmful substances when burned. To reduce environmental impact, the industry is increasingly adopting post-consumer recycled (PCR) plastics. Apacer’s ECO series of USB drives and external storage products reflects this approach.
Strategy 2: Optimize Energy Use—Upgrade Processes and Technologies
Sustainability is not only about products—it is also about how they are made.
R&D teams can develop green manufacturing processes that reduce water consumption, limit the use of toxic chemicals, and lower waste emissions. Technologies such as simulation and Digital Twin can replace physical testing, reducing energy use, material waste, and lab resource consumption.
Another key focus is energy efficiency. This includes designing low-power products and adopting high-efficiency equipment in development and testing.
For example, the rapid growth of AI applications has significantly increased the demand for servers. High-performance computing generates substantial power consumption and high thermal density, which requires more advanced cooling systems, such as air conditioning and liquid cooling technologies, to maintain optimal operating temperatures. This further increases electricity consumption, leading to higher greenhouse gas emissions. In addition, insufficient thermal management may also affect system stability and operational efficiency.
From a memory module perspective, Apacer continues to explore ways to improve system stability while reducing energy use. Technologies such as CoreEnergy, CoreGlacier, and CoreVolt 2 are strong examples of how innovation can enhance both performance and sustainability.
Sustainable R&D is no longer optional—it is a critical capability for the next decade.
For R&D teams, the responsibility goes beyond execution. They play a key role in ensuring that products meet sustainability requirements while driving innovation forward. More importantly, building awareness and knowledge of sustainability within R&D teams is essential.