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Information Index: Information can be provided in each of the areas listed below. Click on any area to go to the list of information available  General Information Request  Project Capabilities  Project Descriptions  Brochures  Technical Papers

 

General Information Request Please send me information regarding: (check all that apply) Biomass boiler overfire (OFA) systems Biomass fueled boiler analysis Boiler operations audits, inspections and surveys Boiler steam/water circulation analysis Chemical recovery boiler capacity upgrades Chemical recovery boiler performance evaluations Combustion system upgrades for chemical recovery boilers Computational fluid dynamics (CFD) modeling for combustion processes Engineer-Procedure-Construct capabilities for boiler retrofits Non Condensable Gas (NCG) incineration in power and recovery boilers Oxygen enriched air (OEA) combustion for chemical recovery boilers Reducing air emissions (TRS, CO, VOC, SO2, NOx, particulate) for waste fuel and chemical recovery boilers Other:

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Project Capabilities Please send me the following Project Capabilities sheet(s): (check all that apply) (you can print any Project Capabilities sheet directly, by clicking on the hyperlink below to access the PDF file.) C-01 Recovery Boiler Performance Evaluations C-02 Recovery Boiler Capacity Upgrades and TRS Compliance (KRAFT) C-03 Waste Fuel Boiler Evaluations C-04 Waste Fuel Boiler Combustion System Upgrades C-05 Computational Fluid Dynamics (CFD) Modeling C-06 Boiler Circulation Studies C-07 Ultrasonic Flow Monitoring of Boiler Circulation C-08 Boiler Pressure Part Design C-09 Evaluation Disposal of HVLC or LVHC NCG in Power/Recovery Boiler C-10 Disposal of HVLC DNCG in Revovery/Power Boilers Using Jansen High Energy Combustion Air Nozzles™   C-11 Superheater Corrosion Prevention C-12 Disposal of HVLC DNCG in Recovery/Power Boilers Using Jansen High Energy Combustion Air Nozzles™ C-13 Superheater Corrosion Prevention C-14 NOx Emissions Reduction C-15 Single Combustor Biomass Gasification Technology C-16 Low Odor Conversion C-17 Sulfite (SSL) and Soda Liquor Recovery Boilers C-18 Fluidized Bed Boilers Bubbling/Circulating (BFB/CFB)

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Project Descriptions Please send me the following Project Description sheet(s): (check all that apply) (you can print any Project Description sheet directly, by clicking on the hyperlink below to access the PDF file.) Biomass Bioler Overfire Air System Upgrades DPB-01 No. 2 Bark Boiler Overfire Air System Mead Coated Board Inc., Phoenix City, Alabama DPB-02 No. 6 Bark Boiler Overfire Air System Mead Paper, Chillicothe, Ohio DPB-03 No. 2 Wood Waste Power Boiler Overfire Air System Tolko Manitoba, Inc., The Pas, Manitoba, Canada DPB-04 No. 2 Hog Fuel Boiler Overfire Air System Willamette Industries, Inc., Campti, Louisiana DPB-05 Bark and Sludge Boiler Overfire Air System Large Paper Company, Location: North America (US) DPB-06 No. 3 Power Boiler Overfire Air System Upgrade Incineration of HVLC NCG Appleton Papers, Roaring Spring, Pennsylvania DPB-07 No. 6 Power Boiler Overfire Air System Upgrade Incineration of HVLC NCG Westvaco, Silsbee, Texas DPB-08 No. 2 Power Boiler Overfire Air System Upgrade Large Paper Company Location: North America (US South) DPB-09 No. 3 Power Boiler Overfire Air System Upgrade Large Paper Company Location: North America (US South)       Recovery Boiler Air System Upgrades DRB-01 No. 4 Recovery Boiler Air System Upgrade Simpson Tacoma Kraft Company, Tacoma, Washington DRB-02 No. 1 Recovery Boiler Air System Upgrade Smurfit Mocarpel, San Felipe, Venezuela DRB-03 Kraft B&W Recovery Boiler Large Tissue Manufacturer, USA (West) DRB-04 Multi-Level Air System Upgrade on CE Recovery Boiler Large Tissue Manufacturer, USA (South) DRB-05 Three-Level Air System Upgrades on Two (2) Identical CE Recovery Boilers Containerboard Mill, USA (South) DRB-06 Three-Level Air System Upgrade on CE Recovery Boiler Coated Paper and Hardwood Pulp Mill, USA (South)       Biomass Boiler Superheater Upgrades PBSH-01 Superheater Upgrade at Burnaby MSW Plant Montenay, Inc. Burnaby, British Columbia PBSH-02 Power Boiler Superheater Upgrade Confidential Customer, USA (New England) PBSH-03 Power Boiler Superheater Replacement Kimberly-Clark, Everett, Washington       Recovery Boiler Superheater Upgrades RBSH-01 Recovery Boiler Superheater Replacements Western Pulp Ltd., Port Alice, British Columbia       MSW/RDF Boiler Upgrades DGB-01 Superheater Upgrade at Burnaby MSW Plant Montenay, Inc. Burnaby, British Columbia DGB-02 Tacoma Public Utilities Fluidized Bed Combustor Upgrade Tacoma Public Utilities, Tacoma, Washington DGB-03 RDF Boiler Overfire Air System Upgrade Great River Energy, Elk River, Minnesota

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Brochures Please send me the following Brochures: (check all that apply) (you can print any Brochure directly, by clicking on the hyperlink below to access the PDF file.)  HVLC What to do with HVLC NCG? Jansen solutions to High Volume Low Concentration noncondensible gas disposal. SLUDGE What do you do with secondary sludge? Jansen's new approach is emerging as a low cost alternative to traditional disposal methods.  OEA Patented Jansen High Energy Combustion Air Nozzles™ provide excellent characteristics for injection of Oxygen Enriched Air (OEA) into recovery boiler furnaces.

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Technical Papers Please send me the complete copy for each of the following Technical Papers: (check all that apply) TP2007A Optimizing CO and NOx Emissions from Hog Fuel Boilers TP2006A CFD Modeling of Waste-Fuel Boiler Combustion Systems TP2003A Power Generation and Superheater Upgrade Project at the Burnaby MSW Plant TP2001C Concept Description and Safety Considerations for the Application of Oxygen Enriched Air (OEA) Technology in Recovery Boilers TP2001B CFD Modeling of Combustion Air Systems for Wood-Fired Boilers TP2001A The Use of Ultrasonic Flow Monitoring for Analyzing Recovery Boiler Circulation TP2000A Elements of a Successful Bark Boiler Upgrade TP1998B Ten Years Experience with CFD Modeling of Recovery Boilers TP1998A Ultrasonic Flow Monitoring for Boiler Circulation Analyses TP1997C How to Detect and Eliminate Limitations in Recovery Boiler Capacity TP1997B Secondary Sludge Disposal by Burning in Recovery Boilers TP1997A Recovery Boiler Circulation Analyses TP1996A Optimization of Combustion Air Delivery at Mead, Escanaba TP1995A Operating a Recovery Boiler at Reduced Solids Throughput; Downsizing Creates New Challenges TP1994A Combustion of Clarifier Underflow Solids in a Hog Fuel Boiler with a New High Energy Air System TP1993C How to Detect and Eliminate Limitations in Recovery Boiler Capacity TP1993B Upgraded Recovery Boiler Meets Low Air Emissions Standards TP1993A Thermal Analysis of Recovery Boiler Deposits TP1992D Operator Skill Booster/Boiler Wise Guy TP1992C Recovery Boiler Fireside Capacity: An Update of Theory and Practice TP1992B Use of Design and Operating Data to Determine Recovery Boiler Upgrade Potential TP1992A Recovery Boiler Capacity Upgrade Through Improved Combustion TP1991B Power Boiler Tutor (PBT) Simulates Boiler Operation TP1991A Engineering Analysis of Recovery Boiler Superheater Corrosion TP1990B Water Circulation in Recovery Boilers TP1990A Recovery Boiler Upgrades in Western Canada TP1989C Analysis of the Causes of Superheater Tube Metal Loss and Failures on an Eighteen Month Old Recovery Boiler TP1989B An Overview of Recovery Boiler Performance Evaluations TP1989A Capacity Upgrade of a 1965 B&W Recovery Boiler Through the Installation of a New Overbed Air System TP1988A Increase of Recovery Boiler Burning Capacity Through Installation of an Improved Overbed Air System TP1986B Teaching a Complex Industrial Process TP1986A Recovery Boiler Tutor (RBT) An Interactive Simulation and Training Aid TP1985B The Use of Dry Sorbent Injection for SO2 Emission Control of Coal-Fired Boilers and the Potential Reuse of the Waste Chemicals in the Kraft Recovery Cycle TP1985A Results of the Kraft Recovery Boiler Inspection and Audit Survey TP1983A Effects of Operating Variables on Recovery Boiler Economics TP1982B Results of Reviewing Recausticizing Systems in Kraft Pulp Mills and the Effect of Performance on Assignable Operating Costs TP1982A Conversion of the Conventional Boiler into Recovery Boiler at Tembec