Industrial | Page 71

PPG announced the startup of a power-generation facility at its Quattordio, Italy, automotive paint and coatings manufacturing site that is expected to reduce energy costs by 13% and carbon dioxide emissions by 10% annually.

Daimler Buses aims to offer locally CO2-neutral vehicles based on batteries and hydrogen in every segment by 2030 and will focus initially on the core markets of Europe and Latin America.

As we prepare for SED's June Renewable Energy Forum, look back at the 2022 Innovation Summit, held in March at The Houstonian Hotel, Club and Spa, as our community of energy and sustainability buyers and suppliers gathered to focus on creating energy management strategies to hit emission reduction targets.

General Motors announced a new pledge that asks global suppliers to join the company in a commitment to carbon neutrality, social responsibility programs, and sustainable procurement practices in their supply chain operations.

Frito-Lay announced a new electric fleet that will serve the Carrollton area near Dallas Fort Worth, Texas.

CEMEX, S.A.B. de C.V. continues its plan to reach a net zero future by joining with integrated chemicals and energy company Sasol ecoFT and renewable energy company ENERTRAG to create sustainable fuel.

Meeting the challenge of climate change will require nothing short of a reinvention of how we produce and consume energy. This column from Stephen Harper, Intel's Senior Director of Environment and Energy Policy, explains why aggressive actions by private and public sectors are required.

This episode of Smart Energy Voices features a keynote conversation host John Failla had with Rob Threlkeld, Global Manager of Sustainable Energy, Supply, and Reliability at General Motors. Listen in for this update on the dramatic changes at GM, including its commitment to an electric future and how energy is driving the reinvention of the company.

San Diego Gas & Electric (SDG&E) announced the completion of a second energy storage project in the City of San Diego.

At Ford’s Dearborn Research and Engineering Campus Central Energy Plant (CEP), the digital twin helps operators and engineers manage energy and operational risks by monitoring the CEP’s energy systems, including the combined heat and power (CHP) system, heat recovery chillers, electric centrifugal chillers, thermal energy storage, and other equipment. This column from the Department of Energy's Better Buildings explores how the design and construction of the CEP ensure that campus building upgrades followed specific sustainability principles.