Technical PROGRAM
| Time GMT | Presentations | Abstract No. |
| SESSION 1: Carbon and Additives to Lead-Acid Batteries | ||
| Moderator: Plamen Nikolov | ||
| 12:00 | Welcome to delegates G.Papazov, Chairman of LABAT’2021 Welcoming addresses |
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| 12:15 | MOLECULAR REBAR® enhances the corrosion layer of lead-acid battery positive plates to improve cycling in corrosion tests P.Everill, S.Swogger, N.Sugumaran, Black Diamond Structures, LLC, USA
|
1 |
| High performance carbons for advanced lead-acid batteries P.Garcia Perez, YF.Mornaghini, D.Cericola, Imerys Graphite & Carbon, Switzerland
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2 | |
| Nanostructured lead-acid negative electrode with reduced graphene oxide M.Rossini, F.Ganci, B.Patella, A.Aiello, M.G.Insigna,L.Oloveri, R.Inguanta, University of Palermo, Italy
|
3 | |
| Influence of graphene layer variation on lead-acid negative plate performance A.Assuncao, Baterias Pioneiro,Technological Institute of Aeronautics, BrazilE.Goncalvez, Technological Institute of Aeronautics, Brazil |
5 | |
| 12:20 | Q&A, live | |
| 12:45 | The effect of lignosulonate and/or carbon black on the electrochemical reaction on Pb flat electrode N.Hirai, R.Minami, National Institute of Technology, Japan
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6 |
| In-situ measurement of lead electrodes combining cycling voltammetry and amplitude modulation atomic force microscopy: Growth of lead sulfate crystals Y.Imamura, T.Akatsu, D.Katsube, M.Kimura, Nagaoka University of Technology, JapanA.Kogure, Shimadzu Techno-Research, Inc., Japan N.Hirai, National Institute of Technology, Japan |
7 | |
| The interactions between sodium lignosulfonate and carbon of the lead acid battery T.Ban, J.Cheng, Shandong Jjinkeli Power Sources Technology Co., ltd. China (Presenter: M.Chen)
|
8 | |
| UniqueConductive compounds as positive active material enhancers M.Garcia, J.Valenciano, F.Trinidad, H.Fricke, Exide Technologies, Spain
|
10 | |
| Unique gold nanoparticles overcome crystal growth impedimetric effects of PCL1 in lead acid batteries W.Niedermeyer, G.Mayer, EVOQ Energy, UK
|
11 | |
| 13:00 | Q&A, live | |
| 13:30 | Break | |
| SESSION 2: Carbon and Additives to Lead-Acid Batteries | ||
| Moderator: Plamen Nikolov | ||
| 14:00 | Sponsor’s presentations | |
| 14:05 | Impact of carbon additives on current and next generation lead batteries – market and technology trends P.Atanassova, Cabot Corp., USA, PLENARY Lecture
|
12 |
| 14:30 | Panel discussion, live |
|
| 15:25 | Conclusions, live |
| Time GMT | Presentations | Abstract No. |
| SESSION 3: Lead-Acid Battery Technology | ||
| Moderator: Boris Shirov | ||
| 12:00 | Particle size and surface shape of active materials in lead-acid batteries: impact from free surface energy E.Meissner, Plante Medalist 2014, Battery Specialist, Germany
|
13 |
| Crystals and active masses in lead batteries V.Naidenov, IEES-BAS, Bulgaria
|
14 | |
| Development of technologies for automotive lead-acid batteries J.Furukawa, Plante Medalist 2017, Furukawa Battery Co., Ltd., Japan
|
15 | |
| Examination of the effects of surfactants on crystal growth and curing of the positive active material M.Robotti, S.Barnes, Hammond Group Inc., UKT.Wojcinski, E.Gao, M.Sherrick, S.Luken, M.Ho, Hammond Group Inc., USA |
16 | |
| Lead battery positive active mass structural changes during PSoC operation and electrolyte additives improving battery cycling endurance in automotive applications P.Nikolov, M.Matrakova, A.Aleksandrova, IEES-BAS, Bulgaria
|
17 | |
| 12:15 | Q&A, live | |
| 12:45 | State-of-art in formation and filling process for VRLA batteries in GEL technology KD.Merz, Abertax Technologies, Malta
|
18 |
| News and optimization on formation with acid recirculation technology Ch.Papmahl, Inbatec, Germany (Presents: T.Woeffler)
|
19 | |
| Lead acid batteries based on chemically prepared (basic) lead sulphate L.Lei, J.Yang, F.Yang, Southeast University, China
|
20 | |
| Advancing Dynamic Charge Acceptance by using functionalized pasting paper for the negative electrodes S.Kumar, J.Wertz, N.Clement, Hollingsworth & Vose, USA
|
21 | |
| Challenges in the development of high-performance long life lead acid batteries G.Langer, B.Riegel, E.Cattaneo, Hoppecke Batteries, Germany
|
22 | |
| Effect of curing temperature on performance of PAM using 4BS crystal A.Watanabe, H.Hagihara, T.Mangahara, J.Furukawa, Furukawa Battery Co., Ltd., Japan
|
23 | |
| 13:00 | Q&A, live | |
| 13:30 | Break | |
| SESSION 4 | ||
| 14:00 | Gaston Plante Medal ceremony | |
| 15:00 | Alpha/Beta Society ceremony |
| Time GMT | Presentations | Abstract No. |
| SESSION 5: Lead-acid Battery Technology | ||
| Moderator:Plamen Nikolov | ||
| 12:00 | Optimized battery formation with Crystal Control Technology of WaveTech B.Shirov, V.Naidenov, Y.Milusheva, IEES-BAS, BulgariaB.Monahov, D.Valand, WaveTech GmbH, Germany |
24 |
| Determining pickling reaction rate constants in bipolar VRLA batteries Sh.Bruno, R.Shick, Sh.Adkins, Ed Shaffer II, Advanced Battery Concepts LLC., USA
|
25 | |
| Influence of phosphate species on the operation of titanium-supported lead dioxide electrodes A.Kirchev, L.Serra,INES, France
|
26 | |
| HeimBMS: VRLA battery state estimation and balancing in off-grid battery systems M.Franke, J.Kowal, Technical University Berlin, Germany
|
27 | |
| Improved plate performance of automotive batteries using tetrabasic seeding material – impact of porosity and electrode structure on electrical performance and cycle life R.Bussar, H.Ramianpour, I.Klein, M.Kirchgessner, PENOX GmbH, Germany
|
28 | |
| Red lead for lead-acid batteries, effects of different product characteristics I.Klein, R.Bussar, M.Kirchgessner, PENOX GmbH, Germany
|
29 | |
| 12:15 | Q&A, live | |
| 12:45 | Effect of residual elements in lead-acid batteries A.F.Romero, P.Ocón, Madrid University, SpainJ.Valenciano, Exide Technologies, Spain H.Fricke, Exide Technologies, Germany |
30 |
| Techniques to promote oxidation resistance in polyethylene battery separators N.Madella, KMicroporous, GmbH, Austria (Presenter: S.Choi)
|
31 | |
| Journey of the molecule: from the waste to paste. A hydro¬metallurgical process for the recycling of spent battery paste A.Fox, Ever Resource Ltd., UK
|
32 | |
| New innovative route for the desulphurization of lead paste G.Fusillo, R.Iannelli, F.Scura, G.La Sala, STC S.r.l., Italy (Presenter S.Urgese)
|
33 | |
| Lead-Carbon battery negative electrodes: mechanism and materials W.Zhang, X.Qiu, Guangdong University of Technology, ChinaJ.Yin, H.N.Alshareef, King Abdullah University of Science and Technology (KAUST), Saudi Arabia H.B.Lin, Jilin University, China |
35 | |
| 13:00 | Q&A, live | |
| 13:30 | Break | |
| SESSION 6: Lead-Acid Battery Technology | ||
| Moderator: Plamen Nikolov | ||
| 14:00 | Sponsor’s presentations | |
| 14:05 | Challenges for lead batteries and ways for them to continue being the most used electrochemical power source B.Monahov, Plante Medalist 2014, Wavetech GmbH, Germany,PLENARY lecture |
36 |
| 14:30 | Panel discussion, live |
|
| 15:25 | Conslusions, live |
| Time GMT | Presentations | Abstract No. |
| SESSION 7: Charge Acceptance | ||
| Moderator:Boris Monahov | ||
| 12:00 | Charge acceptance issues when a VRLA/AGM cell is operated with the IEC 61427-2 clause 6.2 and Sandia PNNL 5.3.2 profiles simulating frequency-regulation duty in power grids H.Giess, Consultant, France
P.Ding, Narada Power Source Co, China
|
37 |
| Charge acceptance vs Water loss: contradictory effects on high temperature environments Fr.Trinidad, PhD Electrochemistry, Spain
|
38 | |
| Improving Dynamic Charge Acceptance for automotive 12V batteries: Motivation – Problem Definition – Status - Questions E.Karden, Ford Motor Company, Aachen, Germany
|
39 | |
| High DCA formulated blends for advanced lead batteries Y.H.Kao, Cabot Corp., USA
|
40 | |
| Expanders for flooded and new EFB batteries for Start/Stop and HEV applications M.Fernandez, L.Puckett, C.Barreneche, APG (Atomized Products Group), USA
|
41 | |
| A simple charge acceptance theory for battery plates. Industrial and pilot plant lead-acid battery plates
C.V.D’Alkaine, G.L.Grespan, A.C.L Pitoli, H.R de Freitas, Federal University of Sao Carlos, Brazil
 |
42 | |
| 12:15 | Q&A, live | |
| 12:45 | Lead-tin-graphene composite with excellent corrosion-electrochemical and mechanical properties L.Yolshina, V.Yolshina, LLC Graphene composite Russia
M.Zhou, X.Yang, X.Liu, iu, Y.Wu, B.Wang, X.Zhang, Chaowei Co. Ltd, China
|
43 |
| Electrochemical impedance spectroscopy on test cells S.Bauknecht, J.Kowal, Technical University Berlin, Germany
|
44 | |
| Ultrasonic interrogation studies of AGM-VRLA cells N.Guillet, V.Gau, A.Kirchev, CEA, France
|
45 | |
| Numerical simulation of the ultra-battery during high-rate partial state of charge V.Esfahanian, N.Aghamirzaie, A.Jafari, M.T.Dalakeh, University of Tehran, Iran
|
47 | |
| Battery Gas Venting – an underestimated impact on battery water loss I.Koch, FRÖTEK-Kunststofftechnik GmbH, Germany
|
48 | |
| 13:00 | Q&A, live | |
| 13:30 | Break | |
| SESSION 8: Charge Acceptance | ||
| ModeratorBoris Monahov | ||
| 14:00 | Sponsor’s presentations | |
| 14:05 | Lead-acid batteries in Partial-State-of-Charge operation: A Challenge for kinetics of battery recharge E.Meissner, Plante Medalist 2014, Battery Specialist, Germany, PLENARY lecture
|
49 |
| 14:30 | Panel discussion, live |
|
| 15:20 | Closing the conference, live |
| Time GMT | Poster Title | Abstract No. |
| Mathematical modelling of changes in the electrochemical parameters of lead-acid cells under various conditions and operation modes A.Aleshkin, Y.Bubnov, V.Ruzhnikov, AC Buster Ltd.,Russia V.Yagnyatinsky, NII STA JSC, Russia |
46 | |
| The relationship of the structural and electrochemical characteristics of negative electrodes with the addition of nanostructured carbon for lead-acid batteries T.S.Khramkova, S.D Gritsenko, V.O.Danilova, M.M.Burashnikova, Saratov State University, RussiaS.A.Zhdanok, Advanced Research & Technology LLC, Belarus |
50 | |
| Impedance of charged negative electrodes of lead-acid batteries with the addition of nanostructured carbon S.D.Gritsenko, T.S.Khramkova, M.M.Burashnikova, I.A.Kazariniv, Saratov State University, RussiaS.A.Zhdanok, Advanced Research & Technology LLC, Belarus |
51 | |
| Application of rice husks as green carbon material in lead-acid battery negative electrodes A.Aleksandrova, M.Matrakova, P.Nikolov, IEES-BAS, Bulgaria
|
53 | |
| Influence of additives in the active materials of lead batteries on the performance of the positive plates M.Matrakova, A.Aleksandrova, P.Nikolov, IEES-BAS, Bulgaria
|
54 | |
| Physicochemical characterization of the effect of the additive BB on the active masses of lead-acid batteries D.Pavlov, V.Naidenov, Y.Milusheva, S.Vassilev, IEES-BAS, BulgariaT.Shibahara, M.Tozuka, Hitachi Chemical Co., Ltd., Japan |
55 | |
| Electrochemical measurements of single and coupled lead-graphite felt electrodes in sulfuric acid solution A.Ilginis, E.Griškonis, Kaunas University of Technology, Lithuania
|
56 | |
| Electrochemical evaluation of various commercial expanders for lead-acid battery application A.Hosseini, Islamic Azad University of Quchan, IranM.Kalani, University of Birjand, Iran A.Kosari, Ferdowsi University of Mashhad, Iran |
57 | |
| Optimization of grid configuration by investigating its effect on positive plate of lead-acid batteries via numerical modeling A.Hosseini, Islamic Azad University of Quchan, IranM.Azimi, D.Nakhaie, Ferdowsi University of Mashhad, Iran H.Hashemi, Islamic Azad University of Mashhad, Iran M.Kalani, University of Birjand, Iran |
58 | |
| Evaluation of new technologies and possibilities for the future of the lead-acid battery using Technology Readiness Level (TRL) and Manufacturing Readiness Level (MRL) methodologies A.Assuncao, Baterias Pioneiro,Technological Institute of Aeronautics, BrazilE.Goncalvez, M.Gandara, Technological Institute of Aeronautics, Brazil Th.Gaino, Federal University of Pernambuco, Brazil |
59 | |
| Formation of corrosion layers in bipolar lead acid batteries and their implications on power performance E.Hinojosa C.Mui, Gridtential Energy, USA
|
60 | |
| Modern formation equipment for lead acid batteries Y.Kulkarni, KraftPowercon, India
|
61 | |
| Influence of electric current parameters on resistance of inorganic water solutions R.H.Sharipov,U.A.Balgimbayeva, B.T.Utelbayev, E.N.Suleimenov, Kazakh-BritishTechnical University, Republic of Kazakhstan
|
62 | |
| Charge acceptance improvement by optimizing negative plate formation A.Uctepe, T.Oztutan, H.Gokdemir, E.Erdem, Z.Kayali, M.Ersoz, M.Mazman, Multu Aku ve Malz.San.,Turkey
|
63 | |
| Carbon xerogel as electrode material for energy storage applications B.Mladenova, S.Veleva, T. Stankulov, M.Matrakova, A.Aleksanrova, B. Karamanova, A.Stoyanova, IEES, BAS, BulgariaA.Arenillas, Instituto de Ciencia y Tecnología del Carbono, Spain B.Tsintsarski, Institute of Organic Chemistry with Centre of Phytochemistry, BAS, Bulgaria |
64 | |
| Multi-layer separators based on absorbent glass matrix and polymer membrane for sealed lead-acid batteries A.A.Izbasarova, M.M.Burashnikova, Saratov State University, Russia
|
65 | |
| Composite electrode with enhanced electrochemical performances K.Banov, IEES-BAS & University of Chemical Technology and Metallurgy, Bulgaria B.Banov, IEES-BAS, Bulgaria
|
66 | |
| Active electrode materials obtained from industrial scraps K.Banov, IEES-BAS & University of Chemical Technology and Metallurgy, Bulgaria
B.Banov, IEES-BAS, Bulgaria
|
67 | |
| Investigation of Pb3O4 as a negative active material in aqueous lithium-ion battery T.Petkov, S.Stankov, I.Popov, A.Momchilov, IEES-BAS, Bulgaria
|
68 |
