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Baltimore City Energy Projects: A Model for Sustainable Infrastructure

Project Overview

RIFE International, in collaboration with Johnson Controls, successfully executed transformative energy efficiency and infrastructure projects for the City of Baltimore Water Treatment Plants. The project encompassed multiple locations, including the Ashburton and Montebello facilities, aiming to:

  • Increase energy efficiency
  • Enhance energy security
  • Reduce greenhouse gas (GHG) emissions

Project Highlights:

  • The project was completed in 15-months
  • Significant energy savings of 2,108,147 kWh annually, equivalent to powering 260 homes.
  • Reduced the City’s carbon footprint 1,491 metric tons of CO2 annually, akin to planting 1,755 acres of trees.

Customer Needs

  • Implementing comprehensive efficiency measures across multiple locations.
  • Conducting energy audits and installations while optimizing operations.
  • Upgrading systems and controls for maximum energy savings.
  • Ensuring adherence to schedule and budget constraints.

RIFE Solutions

RIFE International played a central role in the project’s success, collaborating with Johnson Controls throughout various phases:

Phase I: Project Initiation and Planning

  • Collaboration: Assessed energy needs and opportunities across facilities.
  • Strategic Planning: Developed a plan for energy audits, installations, and retrofits.

Phase II: Implementation of Energy Efficiency Measures

  • Upgraded systems and controls.
  • Installed 310 sensors across all facilities to optimize energy usage.

Phase III: Successful Completion

  • On-time and within budget: The project was completed successfully, exceeding client expectations.

Project Impact:

The Baltimore City Energy Projects stand as a testament to RIFE International’s expertise in delivering sustainable solutions. This collaboration with Johnson Controls significantly improved energy efficiency and sustainability across key Baltimore locations, showcasing RIFE’s commitment to environmental responsibility and energy conservation.