As ports face growing pressure to decarbonize, Jacobs is working with the Port of Cleveland to map a transition to zero-emissions operations, enhancing efficiency, resilience and sustainability while supporting economic growth across the Great Lakes region.
Semiconductor manufacturers are confronting a new generation of PFAS-related risks and regulatory uncertainty. Learn how forward-looking organizations are integrating adaptive planning and water stewardship along with infrastructure flexibility into future-ready manufacturing strategies.
Brad is a technical leader in water management for the semiconductor industry, with more than 30 years of experience in ultrapure water and wastewater treatment. He supports clients as they plan and implement resilient water strategies for advanced manufacturing facilities.
Garrett specializes in PFAS and emerging contaminants, supporting clients to understand and reduce risk through site investigation, remediation and treatment solutions. He brings nearly a decade of global experience advancing practical, science-based approaches to PFAS and emerging contaminant detection, treatment and product stewardship.
Jacobs was selected by Tilt Renewables, a leading wind developer and operator, as Owner’s Engineer for its 288-megawatt Palmer Wind Farm near Adelaide, South Australia.
Creating connected transit networks that make journeys safer, smoother and more accessible.
As energy networks become more digital, cyber risks and system complexity increase. We're supporting SSEN Transmission to strengthen cybersecurity and modernize the north of Scotland's electricity transmission network through integrated digital and engineering solutions that enable greater resilience, renewable integration and long-term energy security.
Reliable transmission infrastructure is essential to deliver hydropower across the Pacific Northwest. Jacobs is supporting the Bonneville Power Administration to modernizing systems at Grand Coulee Dam — strengthening grid reliability and ensuring dependable power delivery across multiple states.
