NV5 secures $13 million in contracts to support utility infrastructure across Western US
(UI) – NV5 Global, Inc. has been awarded $13 million in contracts to support utility projects in the Western U.S.
A West Coast utility selected NV5 for a two-year, $3.5 million contract to provide engineering design, survey, construction inspection, geotechnical engineering, and project management support on a gas transmission main.
NV5 has also secured a one-year, $1.5 million project for utility initiatives that ensure regulatory compliance for transmission pipelines. NV5’s contributions include engineering, design, and permitting support.
NV5 has also been awarded a one-year, $8 million contract to deliver engineering, design, and surveying services for a wildfire protection and prevention program that aims to reduce fire risks from overhead utilities on the West Coast.
“Maintaining the safety and reliability of utility infrastructure is paramount to safeguarding communities and ensuring uninterrupted service delivery,” said Dickerson Wright, PE, Chairman and CEO of NV5. “The investments being made by West Coast utility providers demonstrate their continued commitment to infrastructure resilience and meeting the evolving energy needs of the country.”
Related News
From Archive
- OSHA investigates fatal trench collapse at Conroe construction site
- Final Lake Erie sewer tunnel project set to begin after decades-long $3 billion effort
- Texas811 launches real-time excavation detection to prevent utility strikes
- Oil pipeline struck during fiber optic construction spills into L.A. storm drains
- Fiber drilling strike triggers major sewer failure, lawsuits in Florida
- Fatal trench collapse in Mass. leads to $4.6 million OSHA penalty, dozens of violations
- Texas811 launches real-time excavation detection to prevent utility strikes
- Race Communications breaks ground on Bakersfield fiber network
- Final Lake Erie sewer tunnel project set to begin after decades-long $3 billion effort
- Inside Infrastructure: Utility locators warn of systemic failures in damage prevention process
Comments