Intel aims Net-Zero Greenhouse Gas emissions by 2040


Intel is committing to reach net-zero greenhouse gas emissions across its operations, otherwise known as its Scope 1 and 2 emissions, by 2040. Intel’s priority is to actively reduce its emissions, in line with international standards and climate science. It will use credible carbon offsets to achieve its goal only if other options are exhausted.

Intel is also committed to addressing climate impacts throughout its upstream and downstream value chain, also known as Scope 3 emissions. Intel’s Scope 3 strategy focuses on partnering with suppliers and customers to take aggressive action to reduce overall emissions

Intel is collaborating with customers and industry partners to create solutions that meet the need for exponentially more computing processing power, while running more efficiently and using less energy. For instance, Intel is partnering to launch liquid immersion cooling pilot deployments for data centers across cloud and communications service providers, with companies such as Submer. This includes embracing new principles, such as heat recapture and reuse via immersion cooling.

Intel is engaged with its suppliers to identify areas of improvement, including increasing supplier focus on energy conservation and renewable energy sourcing, increasing chemical and resource efficiencies, and leading cross-industry consortia to support the transition to a net-zero greenhouse gas semiconductor manufacturing value chain. To accelerate progress, Intel is committed to partnering with suppliers to drive supply chain greenhouse gas emissions to at least 30 percent lower by 2030 than they would be in the absence of investment and action.

Intel will increase the energy efficiency of its products and continue to drive performance improvements the market demands.  Intel is setting a new goal to achieve a five-times increase in performance per watt for its next generation CPU-GPU, Falcon Shores.

The company remains committed to its 2030 goal to increase product energy efficiency by 10 times for client and server microprocessors.