We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byIngrid Churn
Modified over 2 years ago
FINEAMIN® Chemical treatment of Water/ Steam Circuits Characteristics Mode of operation Sample applications CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Characteristics Affects the structure of the protective magnetite layer in the boiler so to increase protection Reduction of boiler water blow-down rate The system is protected against corrosion through protective polyamines Dispersion of sediments, gratings, dirt, mineral salts and iron oxide Energy-saving thanks the improved heat transfer The salt content in the system is not increased decline of the blow-down rate Alkalises the entire steam system including condensate recirculation and feed water system Hardness stabilization and protection against new sediments FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Ecologically friendly, contains no phosphat, sulfite or hydrazine 70 % bio-degradable (OECD 301 F) Water hazard class 1 or 2 – (low) hazardous to water Health and ecological aspects ISO 9001:2000 certification FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Contains licensed boiler antiscale (VdTÜV-Zul.Nr. 01KG50) Hygiene certificate, permissible for the application in the district heating and the heating system with heating of the drinking water using heat exchanger Health and ecological aspects FINEAMIN® Admission FINEAMIN 24 for steam generation in food industry and hospitals
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de After treatment of the iron strips with 20 ppm FINEAMIN® the surface of the metal showed a continuous protective, dense hydrophobic layer – With repeated treatment the film became denser. Polyamine 3 x 16 h 20 ppm Conventional Treatment 4 x 16 h FINEAMIN® Advancement of the magnetite protective layer Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Condensing turbine 29 MW, 112 bar After 1 year Polyamines treatment On-line cleaning of deposits on a team turbine with Polyamines (turbine 1) without Polyamines (turbine 6) FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de On-line cleaning of deposits on a steam boiler drum Power station; in Germany Water tubes boiler 4 x 125 t/h, 112 bar After 3 weeks Polyamines treatment FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de On-line cleaning of deposits on a steam boiler drum Water tubes boiler 4 x 125 t/h, 112 bar After 3 weeks Polyamines treatment FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de On-line cleaning of deposits on a steam boiler (multi layer of magnetite) After 2 months Polyamines treatment befor Polyamines treatment (old tube) after Polyamines treatment (new tube) two magnetite layer continuous magnetite protection surface Water tubes boiler 275 t/h, 130 bar, 535 °C FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de After 6 months Polyamines treatment Fire tubes boiler 2,5 t/h, 13 bar FINEAMIN® Mode of operation Surface pasivation with a FINEAMIN protective film (membrane pasivation)
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de After 6 months Polyamines treatment Fire tubes boiler 2,5 t/h, 13 bar Surface pasivation with a FINEAMIN protective film (membrane pasivation) FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Protection of the entire steam system inclusive the runback/return condensate through alkalizer Polyamines and neutralization of the carbonic acid After 4 months FINEAMIN® treatment FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Advancement of the turbine rating Elimination of deposits in a 25 MW turbine FINEAMIN® Mode of operation
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de 1. FINEAMIN ® – products for steam systems Products FINEAMIN® FINEAMIN ® 90 - de-ionizated feed water FINEAMIN ® 12 - de-ionizated feed water FINEAMIN ® 06 – partly demineralizated FINEAMIN ® 06 PCK – partly demineralizated/ FINEAMIN ® 15 – partly demineralizated/softened feed softened feed water water
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de 1. FINEAMIN ® – Products FINEAMIN® FINEAMIN ® 19 FINEAMIN ® 06 FINEAMIN ® 15 products for district heating systems
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de 1. FINEAMIN ® – Products FINEAMIN® other biocide products FINEAMIN ® 95 T FINEAMIN ® 94 FINEAMIN ® FINEALGA ME FINEAMIN ® FINEALGA 25 products for cooling water systems
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de 1. Steam boilers of all operating pressures Water tubes boilers until 210 bar, ca. 560 °C with turbines Recovery-boilers Fire tubes boilers Low pressure boilers Mono tube boilers Application range FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Application range 2. City/District Heating Systems, pressurized Heating Systems, Heating Systems any size The system is protected against corrosion through protective Polyamines Scale and deposit inhibition, gentle removal of existing scaling Energy-saving, thanks to the improved heat transfer The salt content in the system is not increased FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Application range 3. Boilers boiling out and conservation in Water-Steam-Systems Cleaning of the plant of grease, oil, rolling skin and iron oxides by boiling technology Formation of a good magnetite protective film already during stewing Steam purity is achieved with considerably fewer blow-out cycles leading to time and, in particular, cost savings Easy handling and working with Polyamines Disposal conditions of the local authorities can be met without facing any problem FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Application range Cooling sytems (open and closed systems) 4. Dispersing dirt, mineral salts and iron oxide Excellent corrosion protection Scale and deposit inhibition Improving the heat transfer Reduction of boiler water blow-down rate FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Application range Steam Boilers 1. Power Plants 1.1. GUD - plants 1.2. Condensation plants 1.3. Biomass plants 2. Industry Plants 2.1. Refineries 2.2. Incineration plants 2.3. Paper – Timber industry 2.4. Building materials industry 2.5. Glass industry 2.6. Printing plants 2.7. Laundries 3. Food Industry 3.1. Breweries 3.2. Distilleries 3.3. Bakeries 3.4. Meat processing FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Sample application Gas&Steam Turbine - Plant Recovery-boiler (ABB ) 2 x HP boilers : 62 t/h, 74 bar, 535 °C 2 x LP boilers : 3 t/h, 20 bar, 200 °C FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Sample application Refinery HP boilers : 2 x 240 t/h, 120 bar, 525 °C HP boilers : 2 x 740 t/h, 120 bar, 520 °C turbines : 2 x 117 MW ( ALSTOM ) 1 x 28 MW, 1 x 29 MW Description of the plant : steam production 1880 t/h electricity production 300 MW heating capacity 66 MW steam to the refinery 550 t/h total net capacity 400 MW FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Sample application Water tubes boiler : 15,7 t/h, 35 bar turbine : 12 MW KKK Incineration Plants FINEAMIN® Water tubes boiler : 3 x 36 t/h, 40 bar turbine : 3 x 32 MW
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Sample application Water tubes boiler : 56 t/h, 96 bar Fire tubes boiler : 2 x 22 t/h, 14 bar Recovery-boiler : 3 x 10 t/h Biomass Plants FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Sample application Water tubes boiler 2 x 50 t/h, 95 bar Fire tubes boiler 4 x 30 t/h, 22 bar Recovery-boiler 3 x 10 t/h, 6 bar turbines 2 x 18 MW (Blohm & Voss) Timber Industry FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Proof systems Photometric Determination for FINEAMIN® - products can be used for all FINEAMIN® - products high precision ( 1 mg/l ) easy procedure (reagent 1 and 2) 6 minutes reaction period shelf life of reagents ( > 1 year ) valid for all cuvet size valid for all photometers photometer ( e.g. Hach, Lange, Macherey Nagel ) FINEAMIN®
CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Advantages Water and Energy Savings: reduction of the blow-down rate Efficient, because FINEAMIN ® avoids any kind of corrosion, your Capital Plant is protected Protects with a monomolecular protective layer all parts of the plant Scale and deposit inhibition, online dispersing action of old deposits Avoids and controlles magnetite growth and magnetite sludges Easy to use : FINEAMIN ® is injected in 99% of the plants with only one dosing station Economic: low dosing rate and very low maintenance costs Environmental friendly (no phosphate and hydrazine) Increase of the boiler durability FINEAMIN®
END CWB Wasserbehandlung GmbH © 2009 www.FINEAMIN.de Thank you very much for your kind attention. FINEAMIN®
ENERGY SAVING IN STEAM GENERATION AND TRANSPORT IN FOOD INDUSTRY B. K. Kumbhar B. K. Kumbhar 6/10/20141.
1 Clean Steam – The Basics Presenters: -Marie LaFrance, -George Godfrey,
CWG Filtersorb SP3 Anti-Scale Media was especially developed and manufactured to first remove already existing scale from pipes and heat exchange surfaces.
FACTORING ax2 + bx + c Think “unfoil” Work down, Show all steps.
Multiplication X 1 1 x 1 = 1 2 x 1 = 2 3 x 1 = 3 4 x 1 = 4 5 x 1 = 5 6 x 1 = 6 7 x 1 = 7 8 x 1 = 8 9 x 1 = 9 10 x 1 = x 1 = x 1 = 12 X 2 1.
KAUSAR AHMAD KULLIYYAH OF PHARMACY PHM3133 Dosage Design /11 1 Steam as a heating medium
Division ÷ 1 1 ÷ 1 = 1 2 ÷ 1 = 2 3 ÷ 1 = 3 4 ÷ 1 = 4 5 ÷ 1 = 5 6 ÷ 1 = 6 7 ÷ 1 = 7 8 ÷ 1 = 8 9 ÷ 1 = 9 10 ÷ 1 = ÷ 1 = ÷ 1 = 12 ÷ 2 2 ÷ 2 =
BOILER TRAINING Mr. Customer – Site specific A and W TECHNOLOGIES.
Scale and Bacteria Control Comparison Between BacComber and Chemical Treatment ChemicalBacComber Descaling and fouling 1.Cannot perform descaling on existing.
_basic COD_ Technical Sales Support EU page 1 Basics on COD measurement Christian Pust Technical Sales Support EU
Partial Products. Category 1 1 x 3-digit problems.
Profitable Group – Strategic Global Investment Exclusive distributor of all Boron-CLS-Bond™ products in UK, Asia, Australasia, Balkans Crosses the last.
Doubling and Halving. CATEGORY 1 Doubling and Halving with basic facts.
Energy Saving in Hospitals: Hong Kong Initiatives P L Yuen 14 May 2011.
1 1 1 =.
EnvironmentEnvironnementCanada Nusa Dua, Bali, Indonesia September 5 – 7, Part 4: LFG Utilization.
Slide 1 INTERTANKO,ATHENS 13th April PROPULSION ALTERNATIVES, LNG By Wilhelm Magelssen Associate Members Committee.
PSSA Preparation. Question 1(no calculator) D Question 2 (no calculator)
WASTE HEAT BOILER engineering-resource.com. GROUP MEMBERS 06-CHEM CHEM CHEM-48 engineering-resource.com.
Professor: Jeffery Perl Mentor: Dennis O’Brien Team Members: Jinrong Chen, Kei Simmel, Hantao Wang, Marzena Zarycki Scribe: Kei Simmel.
Advanced Wastewater Treatment Plants.
Improved Boiler System Operation with Real-Time Chemical Control Debbie Bloom, Nalco Company.
Fractions Simplify: 36/48 = 36/48 = ¾ 125/225 = 125/225 = 25/45 = 5/9 8/12 = 8/12 = 2/3 Simplify: 75/250 = 75/250 = 3/10 125/250 = 125/250 = ½ 3/225 =
Time for a BREAK! You have 45 Minutes. Time Left 44.
1 ENERGY Gr. 5 Science: Conservation of Energy & Resources BY Full Name Science Unit PowerPoint Outline by Miss Berndl 2009.
BMU - E I 1 Development of renewable energy sources in Germany in
Antero Punttila Analyzing most typical energy saving measures Energy Efficiency of Steam and Condensate Systems Antero Punttila, Motiva Oy.
Welcome to the Presentation of Plasma Based HNO3 Manufacturing Plant.
1 1 =.
Year 6 mental test 5 second questions
Benjamin Banneker Charter Academy of Technology Making AYP Benjamin Banneker Charter Academy of Technology Making AYP.
R ecording flows in the Physical Supply-Use Tables: Cola City, Cow Town and Capital Harbor Technical Workshop on the Preparation of Water Accounts in Latin.
Times Tables Look at This PowerPoint for help on you times tables.
Druck- und Temperaturmesstechnik Testing Procedure MH-2 Mobile Hydraulic Testing Procedure 1 Pressure Transmitter MH-2.
© Vattenfall AB The Swedish Power Market Presented for Invest in Sweden Agency and Sun Microsystems Stockholm 20 March, 2009 Sandra Grauers Nilsson, Vattenfall.
Subtraction: Adding UP. Category 1 The whole is a multiple of ten.
Recovered Energy Generation
Energy Efficient Steam Systems. Steam System Energy Flows Energy enters a steam system as: –Fuel and combustion air –Makeup water –Pump work Energy.
©2004 by Pearson Education13-1 R.C. Hibbeler Resistência dos Materiais, 5ª ed. 13 – Flambagem de Colunas.
Introduction Boiler is an apparatus to produce steam. Thermal energy released by combustion of fuel is transferred to water, which vaporizes and gets.
AGVISE Laboratories %Zone or Grid Samples – Northwood laboratory
1 Oil shale – viewed in the light of the Estonian experience.
New Technology Improves Efficiency of Universitys Energy Infrastructure Frank Brewer Associate Vice President for Facilities Management University of Maryland.
Ion-exchange process (softener plant) Water passes through bed of natural zeolite of synthetic resin to remove hardness Calcium (Ca) and magnesium (Mg)
BMU – KI III 1 Development of renewable energy sources in Germany in
1 Heating and Cooling of Structure Observations by Thermo Imaging Camera during the Cardington Fire Test, January 16, 2003 Pašek J., Svoboda J., Wald.
C1 Sequences and series. Write down the first 4 terms of the sequence u n+1 =u n +6, u 1 =6 6, 12, 18, 24.
2011年上半年 我院团学工作活动图片展播 2011年8月28日.
Multiplication Facts Review. 6 x 4 = 24 5 x 5 = 25.
© 2017 SlidePlayer.com Inc. All rights reserved.