ASME EA 2G 2010 R2015
$98.04
ASME EA-2G – 2010: Guidance for ASME EA-2, Energy Assessment for Pumping Systems [ANSI designation: ASME TR EA-2G-2010] – Reapproved 2015
Published By | Publication Date | Number of Pages |
ASME | 2010 | 44 |
This guidance document provides an application guide on how to utilize ASME EA-2, Energy Assessment for Pumping Systems. This guidance document provides background and supporting information to assist in applying the Standard. ASME EA-2 does not provide guidance on how to perform a pumping system energy efficiency assessment, but sets the requirements that must be performed during such an assessment. ASME EA-2 was written in a form suitable for a standard, with concise text and without examples or explanations. This document was developed to be used in conjunction with the standard to give basic guidance on how to fulfill the requirements of the standard. This document is only a guide and does not set any new requirements. ASME EA-2 can be used with or without this document.
PDF Catalog
PDF Pages | PDF Title |
---|---|
5 | CONTENTS |
6 | FOREWORD |
8 | CORRESPONDENCE WITH THE EA COMMITTEE |
9 | 1 Scope 2 Introduction to Pumping Systems |
10 | FIGURES Fig. 1 Example Pumping System |
14 | 3 Overview of the Standard: How to Use ASME EA- 2 |
15 | 4 Guide to Organizing the Assessment |
17 | Table 1 Energy Unit Cost Summary TABLES Table 1 Energy Unit Cost SummaryEnergy Type Energy Units Total Cost |
18 | Table 2 Assessment Level Overview 5 Guide to Conducting the Assessment Table 2 Assessment Level Overview |
21 | Fig. 2 Example of Hourly Flow Demand in a Building Fig. 3 E xample of Annual Variation of Flow Rate Demand Table 3 Example Flow Duration Summary Table |
22 | Fig. 4 Example of Daily Variations of Flow Rate Demand Fig. 5 Typical Annualized Duration Curve |
23 | Fig. 6 Flow Rate Duration Diagram Fig. 7 Flow Rate Duration Diagram Using Two Pumps — One Large and One Small |
24 | 6 Guide to Analysis of Data from the Assessment |
25 | Fig. 8 Simplified Flow Diagram for Examples 1 and 2 Table 4 Existing Versus Optimal Analysis Results (Example 1) |
26 | Fig. 9 Provided Versus Required Flow |
27 | Fig. 10 Required Energy Use and the Different Types of Excess Energy Use |
28 | 7 Guide to Reporting and Documentation Table 5 Power Waste-Based Analysis Results (Example 2 |
29 | Fig. 11 Example of Process Diagram Table 6 Example Project Summary Table Format for a Level 2 or 3 Assessment |
30 | Table 7 Equipment Nameplate Data |
31 | Fig. 12 Example Flow Balance Table 8 Measurement Methods |
32 | Fig. 13 Annual Flow Profile Example Fig. 14 Simple Pumping System Schematic Table 9 Flow Data Fr om Distr ibuted C ontrol |
33 | Table 10 Flow Interval Data Table 11 Electrical Measurements |
34 | Table 12 Pump Operating Hours Table 13 Baseline Data |
35 | Table 14 Pump Efficiency Calculations Table 15 Project Savings and Cost Summary |
37 | NONMANDATORY APPENDIX A REFERENCES NONMANDATORY APPENDICES A REFERENCES |
38 | NONMANDATORY APPENDIX B EXPANDED GLOSSARY B EXPANDED GLOSSARY |