Environmental & Sustainability
Pacifica exercises environmental stewardship on every project we work on, as well as in our daily operations. The environmental impacts of construction are significant, and we are committed to implementing sustainable solutions to mitigate environmental impacts throughout our communities.
With our team at the forefront, environmental construction practices take a strategic stance. We contribute to this transformative approach by ensuring adherence to government regulations, recommending infrastructural enhancements, and providing specialized environmental construction services. Amid the rising demand for responsible construction practices, we stand as a reliable partner for projects aiming to minimize environmental impact, ensure regulatory compliance and adhere to guidelines that promote safety
We have the expertise to address a myriad of project parameters such as Noise and Vibration, Air Quality, Soil Remediation/Removal, Sustainability, Water Quality, Public Involvement, Waste Management, and Water Resources Management, as well as ensuring environmental compliance, including CEQA and NEPA, on all contract requirement lists. Pacifica’s environmental services include:
Regulatory Compliance and Permitting
Monitoring Mitigation Reporting Program (MMRP)
Phase I and II Environmental Site Assessments (ESA)
Initial Studies (IS)
Environmental Impact Reports (EIR)
CEQA/NEPA Compliance
Storm Water Pollution Prevention Plans (SWPPP)
Low-Impact-Development (LID)
Hazardous Waste Management
Recycling and Reuse Plans
Underground Storage Tank (UST) Closure Reports
LEED Certification
Compliance Audits, Inspections, and Reporting
Noteworthy projects we have delivered or are currently working on include:
Los Angeles Unified School District, Program Management Support Services
Los Angeles Community College District, Valley College Student Services (Monarch Center)
Long Beach Unified School District, Project Management Support Services
Long Beach Unified School District, Fremont Elementary School Modernization
University of California, Riverside Systemwide Renewable Energy Improvements