2RW Consultants, Inc.

Mechanical, electrical, plumbing, and fire protection design for building systems and related infrastructure.

• Mechanical Engineering

  Designing HVAC systems, building automation controls, and indoor air quality solutions.

• Electrical Engineering

  Delivering power distribution, interior and exterior lighting, fire alarm systems, and low-voltage infrastructure.

• Plumbing Engineering

  Designing potable water supply, waste and vent, lab gases, and rainwater harvesting systems.

• Fire Protection Engineering

  Designing life safety and fire suppression systems.

Sustainability-focused planning and analysis for energy-efficient, LEED-oriented, and net-zero building outcomes.

• Renewable Energy Planning

  Planning solar/PV and wind energy integrations.

• Sustainability Planning and Design

  Designing high-performing building systems focused on resource responsibility.

• Energy Modeling

  Analyzing building energy use to optimize efficiency.

• LEED Design & Administration

  Leading project certifications and sustainable design processes.

• Net Zero Energy Planning

  Designing buildings that produce as much energy as they consume.

Building-system assessments and studies used to guide upgrades, planning, and project feasibility.

• Facility Condition Assessments

  Analyzing building systems to evaluate current status and plan upgrades.

• Feasibility Studies

  Investigating system viability and options for renovation and development.

• Capacity Studies

  Assessing systems for expansion or load adjustments.

• Peer Reviews

  Reviewing design documentation to ensure quality and code compliance.

• Facility Planning Studies

  Analyzing facility design configurations and system sizing parameters to optimize utilization.

Project delivery support spanning administration, utility planning, lifecycle review, and bridge documentation.

• Construction Administration

  Managing onsite reviews and submittals during construction.

• Bridging Document Development

  Defining design guidelines and project requirements for design-build delivery.

• Life Cycle Cost Analysis

  Calculating long-term operation, maintenance, and utility costs.

• Infrastructure and Utility Planning

  Aligning building systems with external utilities and master plans.