auburn systems triboelectric bag leak detection and continuous particulate monitoring overview

12
Auburn Systems – Technology Overview Triboelectric Particulate Monitoring Technology Overview

Upload: auburn-systems-llc

Post on 19-Jun-2015

297 views

Category:

Engineering


5 download

DESCRIPTION

Auburn Systems LLC invented triboelectric particulate monitoring and has been refining it ever since. We offer a variety of devices for process control, emissions monitoring and bag leak detection which are used in industries including aluminum, asphalt, carbon black, cement, chemical, food/dairy, foundry, furniture, glass, incineration, metals, mineral, paper, pharmaceutical , power, steel, tobacco & wood. Our most recent devices integrate both AC & DC signal processing for optimal performance. Auburn designs, engineers and manufactures advanced electronics . Our focus is developing and refining devices for particulate monitoring. We focus on bag leak detection for emission monitoring and solids flow monitoring for process control applications – particularly where accurate detection and monitoring saves our customers time and money. Regulatory compliance and process improvement are business challenges – not simple hardware tasks. And while we literally invented triboelectric monitoring, we don’t just rely on our large assortment of patents. We measure our application success by the return which we enable our customers to realize. While literally we monitor the triboelectric effect created by particles in a process, we actually help you do, what you do, better.

TRANSCRIPT

Page 1: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Auburn Systems – Technology Overview

Triboelectric Particulate Monitoring Technology Overview

Page 2: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Auburn History

• We invented the first triboelectric particulate monitoring device 40 years ago

• First application – detect movement of dry solids in a pipe to detect blockages

• Installed the first triboelectric bag leak detector for a fabric filter dust collector; Trash to Power Plant in Saugus, MA

• Commitment to continual improvement and innovation

Page 3: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Auburn Triboelectric Milestones

First Analog output (4-20 mA) triboelectric dust emission monitor; Ideal Basic Cement Company in Mobile, Alabama.

Introduction of TRIBO.guard I and II (model 4001 and 4002), designed to incorporate improved user-friendly functionality and measurement options.

First PC based, networked triboelectric dust emission monitoring system, TRIBO.link was released.

First USEPA recognition - Secondary Lead MACT; RSR Smelter, Dallas, Texas.

TRIBO.dgd introduced; the world's first all-digital triboelectric dust emission monitoring system for signal conditioning and data processing. TRIBO.dsp Series, new technology platform – First Unified DC/AC monitor is introduced.

TRIBO.dsp Series is awarded Breakthrough Product of the Year for innovation in the industry (U3000 series)

1983

1990

1995

1997

2000

2010

2013

Page 4: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

What Is Tribo

• The Triboelectric effect is a natural phenomenon and the cause of static electricity

• When two materials collide – There is a transfer of charge

• When two materials closely pass by – There is an induced charge

• We measure it as current – pico amps

Page 5: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Triboelectric Monitoring Basic Principles

Frictional Electrification – Impaction

When particulates collide with a probe, an electrical charge will transfer between the particles and probe

Electrostatic Induction

Particulates in a gas stream also carry a certain amount of net electrostatic charge and when passing by a probe, an electrical charge can also be induced on the probe

Page 6: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

DC Triboelectric Effect Frictional Electrification – Impaction

+ -

- +

- + -

+ -

- +- + -

Charge Transfer

pA = 10-12 Amps

Electrically Isolated Probe

Particulate

Page 7: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

AC Induction EffectElectrostatic Induction

Particulate

Electrically Isolated Probe

pA = 10-12 Amps

Page 8: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview
Page 9: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Auburn Triboelectric Product Advances

Old Technology• Prone to false signals

• Manual set up and adjustments

• Zero and drift checks

• Frequent Maintenance

• Limited Outputs

New Technology• Reliable repeatable signal

• Smart sensors – indicate probe fouling

• Auto Zero and Diagnostic

• Multiple Outputs – Relay, 4-20 mA, Digital (Modbus/Ethernet)

Page 10: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Industry-wide Solutions

Aluminum Foundry Paper

Asphalt Furniture Pharmaceutical

Carbon Black Glass Power

Cement Incineration Steel

Chemical Metals Tobacco

Food / Dairy Mineral Wood

Auburn provides solutions for Environmental and Process applications across virtually every industry.

Page 11: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Industry Applications

Page 12: Auburn Systems Triboelectric Bag Leak Detection and Continuous Particulate Monitoring Overview

Thank you.

Auburn Systems, LLC8 Electronics Ave.Danvers, MA 01923978-777-2460www.auburnsys.com