INTRODUCING THE HALO PDCE LIGHTNING SUPPRESSOR. by EMP Solutions, Inc.

Similar documents
Lightning in Florida. Henry E. Fuelberg Department of Meteorology Florida State University

(part I) Dr. Kim D. Coder. Professor of Tree Biology & Health Care Warnell School, University of Georgia

LECTURE #15: Thunderstorms & Lightning Hazards

Are you prepared for a lightning strike?

EFFECTIVENESS OF WORLDWIDE EXISTING ESE LIGHTNING PROTECTION SYSTEMS MANUFACTURED IN EUROPE

Lightning Protection Of Wind Turbines. EWEC 2010 Warsaw Poland By Vidyadhar Peesapati

Chapter 21. Lightning Facts. Lightning Facts 4/12/17. Lightning

Thunderstorm. Thunderstorms result from the rapid upward movement of warm, moist air.

THE INITIATION OF LIGHTNING STRIKES. THE PROTECTION PROVIDED BY LIGHT- NING RODS EQUIPPED WITH DOWN

Dr. Kim D. Coder, Professor of Tree Biology & Health Care, Warnell School, UGA

E2 - Electric Field. Electrostatic & gravitational force. Electric Field. act at a distance, no direct push or pull

Don't Get Zapped Mitigation and Risk Assessment Strategies for Reducing Lightning Losses Kim Loehr / LPI Friday, April 04, 2008 Property

5/26/2010. Hailstone Formation and Growth Lightning Stroke Downburst Formation, Structure, and Type

Surface Mount Multilayer Ceramic Chip Capacitors for Safety Certified Applications

Lightning. Electricity and Charge. Primary types of lightning. Primary types of lightning. How do clouds gain a charge?

POWER FACTOR CORRECTION CAPACITOR CELLS SPECIFICATIONS

Lightning Safety Awareness Media Kit

Joseph E. Boxhorn, Ph.D., Senior Planner Southeastern Wisconsin Regional Planning Commission #

Recommended Land Pattern: [mm]

While all thunderstorms are dangerous, the National Weather Service (NWS) defines a severe thunderstorm as one that:

Vaisala Blitzdetektion. Michael Kalkum

West Carroll Parish Hazard Mitigation Plan Update Public Meeting. August 25, 2015 Oak Grove, LA

Complete Weather Intelligence for Public Safety from DTN

Joseph E. Boxhorn, Ph.D., Senior Planner Southeastern Wisconsin Regional Planning Commission #

Lightning Safety in a Flash / VAISALA AIRPORT LIGHTNING INFORMATION SYSTEM (ALIS)

Charges that are different attract each other.

Unique Vaisala Global Lightning Dataset GLD360 TM

Processes and Impact of Natural Hazards

10. Severe Local Storms (Thunderstorms)

Field Pro Operation and Installation Manual

HAZARD DESCRIPTION... 1 LOCATION... 1 EXTENT... 1 HISTORICAL OCCURRENCES...

THUNDERSTORMS Brett Ewing October, 2003

Electricity Review completed.notebook. June 13, 2013

WCAP-FTXX Film Capacitors

Available online at ScienceDirect. Reynaldo Zoro*

Application of Lightning Location System Data for Designing the External Lightning Protection System

THUNDERSTORMS. Convective heavy rain accompanied by lightning and thunder. Ahrens

Today s lecture. Charge separation in clouds Lightning and thunder

LH1532AAC/ AACTR/ AB. Pb Pb-free. Dual 1 Form A Solid State Relay. Vishay Semiconductors

Guided Notes Weather. Part 2: Meteorology Air Masses Fronts Weather Maps Storms Storm Preparation

Lightning Protection Of Wind Turbines

DESIGN GUIDE FOR GLASS FIBER REINFORCED PLASTIC (GFRP) WIND TURBINE BLADES.

Film Capacitors. EMI suppression capacitors. Date: June 2018

Dimension OD±1. General Technical Data. Technical Characteristics GB IEC252:1992 Operating temperature -25 ~+70. Capacitance Tolerance

Flammable/Combustible Liquid Storage

Best Practices Natural Disasters Action Plan

Severe Thunderstorms

TLE Data Sheet. Automotive Power. Low Dropout Fixed Voltage Regulator TLE42644G. Rev. 1.1,

Vaisala s NLDN U.S. National Lightning Detection Network

Electric charges. Basics of Electricity

Module 11: Meteorology Topic 6 Content: Severe Weather Notes

Alternating Current (AC): Alternating Current is electric current that reverses directions at regular intervals.

Weather Systems III: Thunderstorms and Twisters

The negative charge of the cloud repels electrons on the surface of the earth.

A Roadmap for Evaluation of Lightning Elimination Technologies

3 Severe Weather. Critical Thinking

Assumption Parish Hazard Mitigation Plan Update Public Meeting. September 1, 2015 Napoleonville, LA

The AIR Hurricane Model for Offshore Assets

Meteorology Lecture 22

Snubber MMKP 386 AC and pulse double metallized film capacitor

2014 Annual Mitigation Plan Review Meeting

Recap: Electric Field Lines Positive Charge: field lines outwards direction Negative Charge: converge F + In both cases density

S-882Z Series ULTRA-LOW VOLTAGE OPERATION CHARGE PUMP IC FOR STEP-UP DC-DC CONVERTER STARTUP. Rev.1.2_00. Features. Applications.

Field Sensitive Air Terminal (F-SAT) Simply the Best Lightning Rod

High Voltage Capacitors Designed to Avoid Catastrophic Failure Modes

CLIMATE CHANGE ADAPTATION BY MEANS OF PUBLIC PRIVATE PARTNERSHIP TO ESTABLISH EARLY WARNING SYSTEM

Kentucky Weather Hazards: What is Your Risk?

Aluminum Capacitors Power Standard Miniature Snap-In

Lightning. lightning: an electrical discharge in the atmosphere. Electricity. Lightning, Thunder and Tornados PHYS 189. Electricity.

Lightning Safety. MANSCEN Safety Office (573)

Lightning AOSC 200 Tim Canty. Multicell Thunderstorms

Wet Tantalum Capacitors, High Energy, Ultra High Capacitance, -55 C to +125 C Operation

Unique Vaisala Global Lightning Dataset GLD360 TM

HIGH VOLTAGE CAPACITORS DESIGNED TO AVOID CATASTROPHIC FAILURE MODES

TOPICS: What are Thunderstorms? Ingredients Stages Types Lightning Downburst and Microburst

Weather Policy. Overview. Monitoring Weather

Lightning Phenomenon, Effects and Protection of Structures from Lightning

P D = 5 W / 6 W Transient Voltage Suppressor. Description. Package SZ-10. Features. Selection Guide. Applications. Typical Application

Aluminum Electrolytic Capacitors Power Long Life Snap-In

High-Voltage Types Ordering Information, Mica Capacitors

CONTACT SAFETY PROGRAM MAY 2006

Aluminum Capacitors Power Printed Wiring Style

Section 13-1: Thunderstorms

Instruction Manual SEFRAM Thermal Camera

Commercial Salt Applicator Certification

Power Resistor for Mounting onto a Heatsink Thick Film Technology

SFH612A/ SFH655A. Pb Pb-free. Optocoupler, Photodarlington Output. Vishay Semiconductors

Thunderstorm Forecasting and Warnings in the US: Applications to the Veneto Region

Air Masses, Fronts & Storms

Double Metallized Polypropylene Film Capacitor Radial AC and Pulse Capacitor

Interference suppression film capacitors MKP 336 1

Offshore OBSERVATOR. group

What s New in the World of Winter Maintenance Technology. Laser Road Surface Sensor (LRSS) Functional Description

Fundamentals of Static Electricity

CHAPTER 10 LIGHTNING

TYPE. max. working voltage 250 V 350 V 500 V 750 V. max. overload voltage 500 V 700 V 1000 V 1500 V. basic specifications IEC B

Electric Charge and Electric Forces

P D = 5 W / 6 W Transient Voltage Suppressor. Package SZ-10. Description. Features. Selection Guide. Applications. Typical Application

Air Mass Thunderstorms. Air Mass Thunderstorms. Air Mass Thunderstorms. Lecture 26 Air Mass Thunderstorms and Lightning

Designation: NWI DIF Horizontal Hail impact Standard

Transcription:

INTRODUCING THE PDCE LIGHTNING SUPPRESSOR by EMP Solutions, Inc.

SPECIFICATIONS HEIGHT WIDTH WEIGHT POWER DURABILITY EFFECTIVENESS MATERIALS COVERAGE RADIUS GUARANTEE WARRANTY 14.9 inches 9.5 inches 15.92 lbs. No power required Water proof Explosion proof Weather Resistant 100% in both field studies and lab tests. Aluminum & Methacrylate 328 feet $500,000 USD 20 Years The is a compact capacitor that requires no power, has no polarity, is comprised of an upper and lower electrode separated by a thermoplastic dielectric, and connects to the ground using a large diameter copper wire attached to a small array of daisy-chained grounding rods. Weighing in at a mere 15.92 lbs and measuring 9.5 inches wide and 14.9 inches tall, a single device is capable of protecting a radius of 328 feet an area of 337,000 square feet. The can be mounted to virtually any structure on land or sea. The separates positive and negative ions and dissipates them at a rate of 640,000 volts per microsecond channeling them harmlessly down a grounding wire attached to grounding rods. This deionization process, which reduces the difference of potential between the cloud and ground, prevents the upward streamers from forming. With the upward streamers eliminated, the downward leaders have no path to complete a circuit forcing the downward leaders to seek out unprotected areas. Effective against lightning and other forms of electromagnetic pulses such as solar flares, the is the most advanced lightning protection device on the market. With over 8000 installations worldwide and no reported strikes in over 10 years, the s effectiveness is unsurpassed. Accepted by NATO as a proven method to prevent lightning and EMP damage, NFPA 780 compliant and UL96 certified, the is positioned to be the new standard in global lightning protection. THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.

COMPARISON CHART Conventional Prevents lightning strikes Protects all types of infrastructures Protects sensitive electronic devices Mounted on any structure land or sea Eliminates over-voltage Protects an area of 337,000 square feet Aids in the prevention of occupational hazards Environmentally friendly Competitive pricing 20 Year warranty $500,000 No-strike guarantee THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.

COST OF A STRIKE Realistic numbers show that damage in the U.S. exceeds $7 billion per year. Fatalities and injuries range widely, however, 2015 has already been called the most deadly year in recent history. It is estimated that lightning accounts for 61% of all accidents in storage and processing activities, where natural events are identified as the root cause of the incidents. In North America, 16 out of 20 accidents involving petroleum products storage tanks were as a result of lightning strikes. PETROCHEMICAL DOWNSTREAM COSTS $420,000,000 Plant loss in Texas $52,000,000 Plant loss in Oklahoma $52,000,000 Plant loss in Virginia Source: Willis Energy Market Review, 12/13 STORAGE & PROCESSING CENTERS 61% Incidents caused by lighting. 80% Incidents involving petroleum products storage tanks attributed to lightning strikes. Source: Journal of Hazardous Materials 30% U.S. businesses damaged by lightning. Source: Carnegie Mellon Report ELECTRICAL INFRASTRUCTURE 35% Annual lightning related power outages exceeding $1 Billion in losses. Source: Ralph Bernstein, EPRI 19% Nuclear power plant safety activations initiated by lightning. Source: U.S. Nuclear Regulatory Commission. MARINE #3 On the list of highest average dollar amount of insurance claims. FIRES 12,000 Number of lightning initiated wild fires - per year - over a 7 year study. Source: National Inter-agency Fire Center 2007 18% of all lumber yard fires and 30% of all church fires are caused by lightning. Source: Ohio Insurance Institute. 31,000+ U.S. Fire Departments annual response rate to fires caused by lightning resulting in $214M in property damage. Source: NFPA 2008 INSURANCE LOSSES $1.065B+ Cost of homeowner claims in 2008 attributed to light strikes. Source: Insurance Information Institute. $5 Billion+ Total insurance losses due to lightning strikes reported in 2006. Source: TMCNet Newsletter, 2006 MINING 7 Weeks Production shutdown to a Tennessee mining operation when a smelter pot line is frozen by a lightning induced electrical outage. Production is shut down for 7 weeks. (2007) 12 Miners killed, 2005 West Virginia, when lighting strike results in a methane gas explosion. THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.

OPERATING PRINCIPLES Lightning is a rapid discharge of electrical energy in the atmosphere. During a thunderstorm, winds within the thunderstorm cloud cause collision between the various precipitation particles within the storm cloud. These collisions cause very small ice crystals to lose electrons while larger particles of soft hail gain electrons. Upward winds within the cloud redistribute these particles and the charges they carry. The soft hail causes a negative charge build up near the middle and lower part of the storm cloud which, in turn, causes a positive charge to build up on the ground beneath the storm cloud. Eventually, when the charge difference between the negative charge in the cloud and the positive charge on the ground become large, the negative charge starts moving toward the ground. As it moves, it creates a conductive path toward the ground. This path follows a zigzag shape as the negative charge jumps through segments in the air. When the negative charge from the cloud makes a connection with the positive charge on the ground, current surges through the jagged path, creating a visible flash of lightning. Lightning cannot be stopped. Energy, building up in the clouds, needs to be released. What can be controlled is where that lightning DOESN T strike. By eliminating the upward streamers that attempt to connect to the stepped leaders, lightning can be prevented from developing within a protected area. Stepped leaders will continue to seek out a pathway to the ground, but in areas protected by the PDCE Lightning Suppressor those pathways are neutralized. The acts as a capacitor and collects the positive and negative charges from the atmosphere and the ground and structures beneath the device, reducing the difference of potential and eliminating the streamers. This process, known as atmospheric deionization, creates an area where lightning cannot strike. Each covers a 100 meter radius or 337,000 square feet of ground space based on the Rolling Sphere Method developed by Ralph H. Lee. The shape of the two aluminum hemispheres of the incorporated over the PVC dielectric allows for a dissipation rate of 640,000 volts per microsecond down a copper ground wire negating the possibility of upward streamers arching with stepped leaders. THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.

INSTALLATIONS THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.

CERTIFICATIONS, STANDARDS AND WARRANTY EMP Solutions, Inc., along with its global manufacturing partners DINNTECO INTERNATIONAL and SERTEC S.R.L., work the Quality Management System according to the international standards ISO 9001 and ISO 14001. In accordance with the following U.S. and International Standards: UL96 For Lightning Protection Components NFPA 780 Standard For The Installation of Lightning Protection Systems CTE SU8 Building Code For Lightning Strike Risk Prevention UNE-EN (IEC 62035) Lightning Protection For Structures And Humans EN 61006-6 Electromagnetic Compatibility NATO CERTIFIED NATO Code: pdce; ncage; sum83 The PDCE has been officially approved by NATA for protection against lightning and electromagnetic protector system for use in all NATO countries around the globe. Manufactured by SERTEC S.R.L. ASUNCIÓN, PARAGUAY UNDER LICENSE OF DINNTECO INTERNATIONAL S.L. PRODUCT WARRANTY 20 Year Warranty from manufacturing defects. (5 Year Manufacturer Warranty extended to 20 by EMP Solutions) NO-STRIKE GUARANTEE Covered by GARANTIA S.A. Policy number 15-1110-172 Reassured by Standard & Poors A.M. Best Damage covered to a maximum of $500,000 USD ANNUAL MAINTENANCE Mandatory annual maintenance, performed and certified by an official installer, to check ground integrity and device connectivity. THE PDCE LIGHTNING SUPPRESSOR BY EMP SOLUTIONS, INC.