Latest Sustainability Insights
The 2026 Inflection Point: Navigating TechInsights’ Semiconductor Sustainability Predictions
As we enter 2026, the semiconductor industry is no longer just chasing performance; it is chasing a sustainable path forward. The AI explosion has shifted the stakes from theoretical roadmaps to immediate resource constraints.
The High-Stakes Race for Sustainable AI: Is HBM Stretching the Planet’s Limits?
HBM is becoming the backbone of AI, but its carbon and supply chain footprint is growing rapidly. Explore how surging demand for stacked memory is reshaping DRAM investment, straining wafer capacity, and multiplying emissions through complex packaging, yield loss, and duplicated fabs on carbon-intensive grids.
Semiconductor Emissions Are Exploding: What the Forecast Says About AI, 3D NAND, and the Global Grid
Discover how AI, Logic, and 3D NAND are driving a surge in semiconductor carbon emissions—key insights from the Global Semiconductor Carbon Emissions Forecast, 2026–2030.
The AI Carbon Challenge: Why Your Next GPU's Memory Stack Is the New Emissions Hotspot
AI GPU production will account for 8.7% of all semiconductor sector emissions by 2030. The Global AI GPU Manufacture Carbon Emissions Forecast, 2026-2030, contains the critical data and strategic insights needed to navigate this accelerating environmental transition.
Carbon Trust Assured Carbon Footprints with EcoInsights
Generate product carbon footprints (PCFs) using the Manufacturing Carbon Module or Packaging+ Carbon Module that meet Carbon Trust Requirements for Model assurance.
Breaking Down the Environment ‘Budgets’ of Chipmaking: Lithography and Sustainability
Lithography is crucial for chipmaking, driving innovation while posing environmental challenges. Explore the balance between progress and sustainability in the industry.
Etch Smarter: A New Frontier in Sustainable Chip Manufacturing
Uncover the environmental impact of plasma etch in semiconductors and explore innovative, sustainable solutions in our report on greener etching practices.
Glossary of Sustainability Terms
Learn essential semiconductor sustainability and green tech terms with clear definitions and FAQs.
The Hidden Environmental Cost of Advanced AI Chips
As artificial intelligence accelerators grow more powerful to meet the demands of modern workloads, one consequence is generally accepted: These chips consume enormous amounts of energy during use.
Semiconductor Sustainability: Six-Month 2025 Recap — From Clean Energy to Carbon Transparency
The semiconductor industry has faced a confusing sustainability landscape over the first half of the year. However, despite headwinds at a macro level, the semiconductor industry remains focused on progress towards sustainability goals.
DRAM's AI Boom and Sustainability: Navigating the Path to Sustainable Chip Manufacturing
The demand for DRAM is skyrocketing, fueled by AI's appetite for high-bandwidth memory (HBM). As the "big three" memory giants race to scale production over the next five years, the industry faces a critical juncture.
Hybrid Bonding: Unpacking the Environmental Footprint of Next-Gen Memory
Hybrid bonding boosts chiplet tech but raises concerns about carbon emissions—key insights for sustainability in semiconductor manufacturing.
Earth Day 2025: A Progress Report on Sustainable Semiconductor Manufacturing
Can the chip industry scale innovation and sustainability? Discover the current state of green tech in one of the world’s most energy-intensive sectors.
Majority of Emissions from Semiconductor Manufacturing Come from the Fabrication of Die
Semiconductor manufacturing is highly carbon-intensive, with wafer fabrication producing the majority of emissions compared to packaging.
Impact On Semiconductor Manufacturing Emissions Vary By Region
Scope 2 emissions dominate semiconductor manufacturing. See how location impacts emissions and explore regional differences for a greener footprint.
Rethinking Water Use: Sustainable Tech and Operational Efficiency in Semiconductor Fabrication
Discover how the semiconductor industry is tackling water scarcity with advanced recycling, sustainable tech, and efficient water management. Learn how companies like TSMC and Intel are striving for water positivity while balancing innovation and environmental responsibility.
Regional Semiconductor Manufacturing Emissions Rise Will Be Lead By Asia
Analyzing semiconductor manufacturing emissions by region, with forecasts showing Asia leading in emissions from 2023 to 2025. Explore the industry impact.
Silicon Trends and Carbon Footprints
A look into the year-over-year growth of silicon shipments and semiconductor carbon emissions.
The Persistent Shadow of PFAS: A Green Tech Challenge for the Semiconductor Industry
Gain insight into how the semiconductor industry is tackling the PFAS challenge in manufacturing. Explore regulatory shifts, industry efforts, and the path toward sustainable alternatives.
Navigating the Complexities of Semiconductor Sustainability Reporting
Learn how semiconductor companies are tackling sustainability reporting challenges and evolving regulations. Read the full TechInsights report.
AI GPU Growth Directly Impacts Carbon Emission Growth through 2030
Explore the forecasted impact of AI GPUs on the Carbon emission growth through 2023. Understand the factors such as HBM fueling the trend.
Semiconductor Sustainability – Eight Moments that Mattered in 2024
Looking back on sustainability developments of the past year, from NVIDIA innovations to legal challenges for emissions reporting, Apple net-zero progress to the release of the first global semiconductor carbon emissions forecast.
Global Semiconductor Carbon Emissions Forecast, 2025-2030
To set the bar for semiconductor sustainability and provide analysis and leadership to address the industry's carbon footprint, TechInsights has developed the Global Semiconductor Carbon Emissions Forecast, 2025-2030.
Semiconductor Sustainability: Predictions for 2025
Explore TechInsights’ 2025 Semiconductor Sustainability Predictions, including insights on carbon emissions, silicon intensity, AI’s environmental impact, and net-zero targets.
Advanced Packaging: A Double-Edged Sword for Semiconductor Emissions
Explore the environmental impact of advanced packaging in semiconductors, highlighting its benefits and challenges, and how the industry can balance innovation with sustainability.
EUV Lithography: A Power-Hungry Path to Innovation
Discover the energy-intensive realities of EUV lithography and its impact on semiconductor innovation—read how industry leaders are addressing sustainability challenges in our full report.
Greener Options for Plasma Cleaning in Semiconductor Manufacturing
Discover greener plasma cleaning solutions in semiconductor manufacturing—explore how low-GWP alternatives like Carbonyl Fluoride (COF2) can help reduce emissions and support sustainable innovation.
Apple's Sustainability Efforts: A Closer Look
Explore Apple's sustainability efforts and challenges in reducing semiconductor emissions, including the carbon neutrality of the Apple Watch Series 10. Read our report for insights on its 2030 net-zero goal.
When Green and Growth Compete – Biden’s New Law Exempts Semiconductor Fabs from Environmental Review
Discover the impact of Biden's new law exempting semiconductor fabs from NEPA reviews. Learn how this change accelerates U.S. chip manufacturing while raising critical environmental concerns like PFAS pollution and local resource strain.
Making the Case to Adopt Renewable Energy in Fabs
Discover why fabs like TSMC are accelerating their renewable energy goals. Learn how TSMC plans to meet the rising demand for sustainable wafer fabrication while reducing carbon emissions.
Navigating the Future of Semiconductor Sustainability
Discover how the semiconductor industry is navigating sustainability challenges and opportunities, from advanced packaging to automotive electronics, chip manufacturing, and artificial intelligence.
The Looming Shadow of AI on Semiconductor Sustainability
Explore the environmental impact of AI on semiconductor sustainability in our latest blog, the second in a five-part series.
Sustainable Technology: Key Upcoming 2024 Industry Events
Explore how technology and sustainability converge at upcoming industry events this fall, where global leaders will discuss innovative solutions and advancements in sustainable chip manufacturing.
Electric Vehicles and their Semiconductor Carbon Footprint
Explore the crucial role of semiconductors in the electric vehicle (EV) revolution, uncovering both the opportunities and challenges in reducing emissions at the intersection of these technologies.
Sustainable Semiconductor Manufacturing: A Mid-Year Roundup of 2024 Top Developments
Explore the top five sustainable semiconductor developments of 2024, highlighting how industry leaders are innovating to meet environmental, consumer, and investor demands.
Sustainability at SEMICON West 2024: Achieving Sustainable Growth in the Semiconductor Industry
SEMICON West recently wrapped up, and one of the notable programs focused on sustainability, which provided a platform for sharing insights, innovative solutions, and collaborative strategies to address environmental challenges.
Sustainability Will Lead Key Discussions at SEMICON WEST 2024
SEMICON WEST 2024 in San Francisco, Calif., July 9-11 promises to be a pivotal event for the semiconductor industry, especially with its strong focus on sustainability. This year's agenda is packed with sessions addressing the environmental challenges and opportunities within the sector.
Rapid Increase in Microsoft’s Emissions Threatens Future Supply Deals
Multi-billion-dollar AI investments from Microsoft are seemingly coming on a weekly basis, suggesting reducing semiconductor carbon footprint is not only an ethical concern, but also big business.
Taiwan’s Green Energy Conundrum – Balancing Increasing Demand with Sustainability Targets
Taiwan's ambitious net-zero emissions goal by 2050 faces challenges due to limited resources, high tech sector demands, reliance on imported fuels, and a contentious energy debate, despite significant gains in renewable energy.
SEC Court Challenge Sidetracks Emissions Reporting Requirements
Unveiling a full picture of a semiconductor's carbon footprint requires a deep dive into the supply chain.
Notable improvements include the expansion of fab coverage, with the model now covering 184 300mm semiconductor fabs worldwide.
Apple M4 Release Charting Progress Towards Sustainability Goals
TechInsights’ analysis of the iPad Pro with the M4 processor highlights its AI leadership. However, the absence of carbon neutrality mentions points to challenges in meeting Apple’s environmental goals.
TechInsights’ sustainability tools provide a clearer view of the NVIDIA Blackwell platform’s sustainability, including cradle-to-gate carbon footprint and power consumption, compared to its predecessors.
A Tale of Three Phone Chips: Eco Edition
TechInsights discovered a 20% gap in carbon emissions from manufacturing the semiconductors of three flagship phones, despite smartphones being typically evaluated based on screen size, processor speed, and camera resolution.
Gearing Up for a Greener Future: Key Circular Solutions at the World Circular Economy Forum 2024
The World Circular Economy Forum (WCEF) returns to Brussels this month, uniting leaders focused on a sustainable future, with a key focus on circularity in semiconductor manufacturing.
Reducing Carbon Emissions will be a Challenge for Semiconductor Manufacturers
How do you continue to innovate and produce increasingly more powerful and complex silicon wafers, while simultaneously addressing environmental concerns related to the energy and water needs, as well as the chemical and carbon emissions that are part of the manufacturing process?
PFAS in Semiconductor Manufacturing: A Major Sustainability Challenge
As next-gen silicon chips and circuits evolve, the challenge of per- and polyfluoroalkyl substances (PFAS) emerges. These heat, water, and oil-resistant chemicals are widespread in semiconductor manufacturing—but at what cost?
IEA Forum Paves the Path for a Sustainable Future
The IEA Energy Innovation Forum in Paris, marking the IEA's 50th anniversary, was a key moment in the global push for sustainable energy, highlighting technology’s role in advancing a secure, sustainable, and affordable energy future.
TechInsights Launches the BOM Data Carbon Emissions Modules
As TechInsights is the authoritative information source of the semiconductor industry, sustainability is one of our key topics of focus. We continue to develop fact-based data to inform our customers on their sustainability journey.
Driving Towards a Sustainable Future with Electric Vehicles
The global automotive landscape is transforming as the push for sustainability grows. Governments and consumers are driving the shift to electric vehicles (EVs), with countries like the EU, U.S., and China leading the way.
VINATech Hybrid Capacitors used in the Samsung TV Remote Control
In the fast-paced world of consumer electronics, sustainability is the name of the game. In this blog, we'll explore the role of lithium-ion batteries (LIBs) and the rise of hybrid supercapacitors in making our gadgets more eco-friendly.
Assessing the Value of Sustainable Silicon Carbide Technology
In the quest for sustainability and greenhouse gas reduction, power electronics have emerged as a critical player, with silicon carbide (SiC) at the forefront of innovation.
Navigating the Evolution of Lithium-Ion Batteries in Consumer Electronics
Lithium-ion batteries power a wide range of devices, from smartphones to laptops. As electronics get smaller and demand higher energy capacities, designing the ideal battery solution becomes increasingly challenging.
Sustainability & Sustainable Fabrication in the Semiconductor Industry
The semiconductor industry is shifting toward sustainability, driven by the need to reduce carbon emissions and create eco-friendly manufacturing processes.
Recycled Cobalt in Rechargeable Batteries
This article explores the multifaceted landscape of cobalt in technology, the environmental impacts of cobalt extraction, and the opportunities and challenges posed by the growing demand for recycled cobalt.
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