Select a Center

Arizona State University
Case Western Reserve University
Colorado School of Mines
Colorado State University
Indiana University-Purdue University
Kennesaw State
Lehigh University
Louisiana State University
Louisiana Tech
Michigan State University
Mississippi State
Oklahoma State University
Oregon State University
San Francisco State University
Syracuse University
Tennessee Technological University
Texas A&M, College Station
University of Alabama
University of California, Irvine
University of Connecticut
University of Dayton
University of Delaware
University of Florida
University of Illinois, Chicago
University of Louisville
University of Massachusetts
University of Miami
University of Missouri-Columbia
University of Nebraska–Lincoln
University of North Carolina, Charlotte
University of Texas Rio Grande Valley
University of Utah
University of Washington
University of Wisconsin, Milwaukee
West Virginia University
IAC logo
IAC Assessment Protocol
Sponsored by:
IAC logo
IAC Assessment Protocol

The following guidelines are designed to describe the process of a typical IAC energy assessment center in the performance, creation and delivery of the primary products of the IAC program; the industrial assessment and the industrial assessment report.

Scope of Industrial Assessments

  1. The Industrial Assessment Center (IAC) is an energy center based in the engineering department of a major University, and supported by the Industrial Technologies Program at the US Department of Energy.
  2. The IAC team is comprised of one (or more) professors, and engineering students. One of these students is designated the report lead and another the safety lead.
  3. The typical IAC industrial assessment is expected to be conducted in one day.
  4. The resultant Assessment Report is designed to help medium sized manufacturers identify ways to save energy, reduce waste, and improve productivity while providing engineering students with hands-on training in manufacturing plants.
IAC Protocol

STEP 1: Pre-Assessment Information Gathering

Client is sent a Pre-assessment Form. This form includes:

  1. Size of Plant and plant layout
  2. Industry type (SIC/ NAICS code) and process description
  3. Production levels, units and dollars, operating hours
  4. A one year history of utility bills
  5. List of major energy consuming equipment

STEP 2: Ensure that key plant personnel are involved

  1. Plant manger
  2. Energy manager
  3. Environmental personnel
  4. Maintenance personnel

STEP 3: Pre-Assessment Analysis

  1. Analyze the manufacturing process
  2. Chart and graph utility bills
  3. Analyze utility bills for trends and errors; establish unit cost of energy
  4. Start Plant profile using QuickPEP
  5. Identify key energy systems
  6. Review design and other technical documentations
  7. Identify possible energy saving potential recommendations using IAC database
  8. Develop Assessment Day Strategy

STEP 4: Day of the Assessment

  1. Introduction
    • History of the IAC program, ITP and BestPractices
    • Distribute BP tools, case studies, tip sheets
  2. Description of manufacturing process and operations
    • Is this a typical day?
    • Run through process following material flow
    • Discussion of inventory levels
    • Questions about defects, bottle necks and waste materials
    • Present charts and tables of utility bills
  3. Plant Tour
    • Conduct in direction of the material flow
    • Plant Manager to conduct tour
    • Only one person will ask questions
    • Conceptual tour, no data taken
  4. Meeting room debriefing
    • Discuss process, ask questions
    • Develop and plan for the afternoon
    • Create specific tasks and divide into teams
  5. Review notes and brainstorm (Lunch)
    • Develop list of potential energy saving opportunities
    • Ensure that everyone has clarity of process and potential recommendations
  6. Refine List of opportunities to be investigated
    • Decide what information needs to be gathered, measured, monitored
    • Assign teams to specific tasks
    • Make plans to meet at assigned time and place
  7. Data Gathering
    -Conduct Measurements, monitoring and diagnostic testing
    • Motor systems
    • Heat processes
    • Cooling processes
    • Water Use and pumps
    • Ventilation
    • Compressed Air
    • Building Systems
    • Delivery and distribution systems
  8. Exit Interview
    • Discuss findings with management
    • Prelimiary estimate of potential savings
    • Prioritize recommendations of analysis

STEP 5: Post Assessment Activities

  1. Conduct engineering and financial analysis
    • Develop first order estimates of implementation cost
    • Deliver report to client, upload date to IAC database
  2. Contents of an IAC Report
    • Executive Summary including summary of Recommendations
    • Plant Description
    • Process Description
    • Resource Charts and Tables
    • Major Energy Consuming Equipment
    • Best Practices
    • Description of Individual Energy Saving Recommendations
  3. Follow-up to Report
    • Call client two week to ensure delivery and answer questions
    • Call client in 6-9 months for implementation data
    • Upload data to IAC database
    • Inquire about potential for Case Study of project(s)