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GREEN CONFERENCE 1 DISCUSSION OVERVIEW VAPOR POINT MISSION THE - PowerPoint PPT Presentation

The Solution to Air Compliance LA DEQ GREEN CONFERENCE 1 DISCUSSION OVERVIEW VAPOR POINT MISSION THE VAPOR POINT TECHNOLOGY SUCCESSFULLY ENGINEERED APPLICATIONS FIELD DATA = DEMONSTRATED SUCCESS CASE HISOTRY COST


  1. The Solution to Air Compliance LA DEQ GREEN CONFERENCE 1

  2. DISCUSSION OVERVIEW • VAPOR POINT MISSION • THE VAPOR POINT TECHNOLOGY • SUCCESSFULLY ENGINEERED APPLICATIONS • FIELD DATA = DEMONSTRATED SUCCESS • CASE HISOTRY – COST ADVANTAGES • VAPOR POINT ADVANTAGES 2

  3. VAPOR POINT MISSION – Create GREEN TECHNOLOGY – No NO x /CO Emission – Answer to industries’ emission compliance issues when Carbon, Thermal Combustion and Flaring are not viable operationally and/or economically – Provide Turn-Key Solution for Emission Compliance • Fugitive VOC Emissions • H2S and other hazardous compounds • Air Monitoring and Data Logging 3

  4. Vapor Point _ Vapor Lock • Keys to Effectiveness – Reaction Chamber Design – creating “Hydraulic Amalgamation” between vapor and recovery chemistry • NOT a Traditional Scrubber • PATENTED PROCESS FOR VAPOR RECOVERY – Proprietary Chemistry (Modified based on Application) • Dynamic capability [absorptive, adsorptive, solubility] • Recyclable Chemistry • Recoverable and Reusable Contaminate Gas – Operational Effectiveness • No Power Requirements (In positive pressure applications) • No Heat Generation or Reactivity • Ease of Mobility • Ease of Adaptability • No Waste Generated or Left Behind • Can achieve 100% regulatory compliance 4

  5. Vapor Lock Process Contaminated Vapor delivered to Vapor Lock, CLEAN AIR flow stream requires a minimum of 5 inches water column, plus back pressure resulting from liquid level CHEMICAL CONTACT height. DIRTY AIR *VAPOR LOCK TECHNOLOGY HAS BEEN ACCEPTED BY TCEQ AND EPA AS A SOLUTION FOR MANAGING AIR COMPLIANCE CONCERNS* 5

  6. Vapor Lock Hydraulic Amalgamation Units 6

  7. Current Focus • Industrial Applications  Vacuum Trucks/Air Movers  Process Sumps/API Separators Succes Su cessfu sfully lly  Process Unit Blow Downs Devel velop oped ed  Storage Tank Vents/Bladders  Pipeline Maintenance  Mobile Frac Tanks  Large Degassing Operations Cur urren rently tly In R&D Pipe  Upstream Oil & Gas Tanks ( Expect to Come to Mkt within 12 mths)  Barges & Tankers 7

  8. Vapor Point Applications Vapor Packed Sparger Thermal Carbon Applications Lock Column Scrubber Oxidation Absorption Flares Vacuum Trucks • • • • Air Movers • Sumps and Pits • • • • • • API Tanks/Seperators • • • • • Above Ground Storage Tank • • • • Temporary Storage Tanks • • • • Pipeline Maintenance Applications • • • Process Unit Maintenance • • • Oilfield Rig Operations/Gas Busters • • • Paint Booth Off Gas • • • • Contaminates BETX ≥ 1000 PPM • • • BETX ≤ 1000 PPM • • • • Total VOCs (≥C4) ≥ 1000 PPM • • • Total VOCs (≥C4) ≤ 1000 PPM • • • • Total VOCs ( ≤C3) • • • H2S • • • • • Ammonia • • • Mercaptans • • • 8

  9. Application Review 9

  10. Vacuum Truck/Air Movers Field Applications Naptha Line Break 80000 Cat-Gas Vacuum Test 71000 100000 VOC PPM - Log. Distribution 27000 586,194 16000 11000 1,000,000 10000 7400 4500 10000 100,000 10,000 1000 1,000 100 100 10 10 1 1 15:38 15:39 15:40 15:41 15:41 15:42 15:43 15:44 15:45 15:46 15:46 15:47 15:48 15:49 15:50 15:51 15:51 15:52 15:53 15:54 15:55 15:56 15:56 15:57 9:44 10:15 10:40 3:05 3:22 3:35 3:50 4:15 Vacuum Truck Exhaust Vapor Lock #1 Outlet Vapor Lock #2 Outlet Vacuum Truck Exhaust Vapor Lock Outlet Air - Mover : Water Draw Slop Sludge Raffinate Tank Water Draw 100,000 100,000 1,000,000.00 VOC PPM - Log. Distribution 10,000 10,000.00 1,000 100 100.00 10 1.00 11:30 11:31 11:31 11:32 11:33 11:34 11:35 11:36 11:37 11:37 11:38 11:39 11:40 11:41 11:44 11:45 11:45 11:46 11:47 1 14:22 12:28 12:30 12:57 13:33 13:40 13:46 13:50 14:19 14:27 14:52 14:55 15:00 15:03 15:08 15:31 15:35 15:38 15:41 16:08 16:12 16:15 16:20 16:24 16:35 Vacuum Truck Exhaust Vapor Lock Outlet Vacuum Truck Exhaust #2 Vapor Lock Outlet 10

  11. Cost Comparison _ Crude Sump Requirement – NESHAP/BWON requirement to control Benzene waste from refinery sump Vapor Point Solution Old Solution Activated Carbon • • $287,000 annual cost Saved client $70,000 • • Significant soft cost Reduced carbon footprint • • Significant carbon Vapor Sorb recycled by plant disposal/reactivation volumes and sold as fuels 11

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  13. Cost Comparison _ Benzene Tank Requirement – Fence line monitors frequently showing benzene releases Vapor Point Solution Old Solution Activated Carbon • $416,000 per year annual cost • Saved client $169,000 • Soft dollar savings associated • Reduced soft dollar cost with management of changeouts (estimated at • Reduced carbon footprint $125K) – Reduced Carbon System Size • Significant carbon • Vapor Sorb recycled by plant disposal/reactivation volumes as saleable product 13

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  15. Vapor Point Advantages  Versatility in controlling Hazardous Emission Sources  Maintenance of Safe Working Atmospheres  Regulatory Compliance  Effective Control of VOC Emissions  Elimination of Regulated Pollutants  If used appropriate 100% emission recovery  Safe Effective Operations  No heating issues  No outside energy sources needed  Economically Efficient  Recovered product yields high value fuel  Conserves Carbon Usage  Turn-Key Solutions for Complete Fugitive Emission Compliance 15

  16. Thank you! 16

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