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- 13th Asian Battery Conference
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Extended Abstracts
Day 1
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1.1 Testing Times for Lead:
Neil Hawkes, CRU International
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1.2 Lead Price Forecast:
Hu Yongda, Beijing Antaike Information Development Co.
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1.3 The Lead Price Dynamic:
Helen Matthews, Brook Hunt & Associates
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1.4 New modular VRLA Battery with Advanced Management System for IndustrialApplications:
K-D Merz, Hitebat Ltd.
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1.5 Low-Gassing Soft Lead for Lead-Acid Battery Active Material:
Ulf Buggelsheim,Ecobat Technologies
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1.6 Development of Ultra Long-life (6,000 cycles) VRLA Battery for Deep-CycleService:
Hideaki Yoshida, The Furukawa Battery Co.
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1.7 Price Risk Hedging for Lead Acid Battery Producers - One Step Beyond theBasics:
Rick Holmes, Mitsui Bussan Commodities (Aust. Ltd)
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1.8 Separator Design, Formula and Construction to Maintain Lead-Acid BatteryPerformance:
J. Kevin Whear, Daramic LLC
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1.10 Lowering Emissions and Costs of Urban Deliveries with Advanced VRLATechnology:
Allan Cooper, European Advanced Lead Acid Battery Consortium
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1.11 Design and Testing of a Low-Cost Lead-Carbon Replacement Battery Packfor a Hybrid Honda Civic:
Donald Karner, Electric Transportation Engineering Corporation
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1.12 A Lead Monoxide Precursor of High Surface-Area for Lead-Acid BatteryPaste:
R. Vasant Kumar, University of Cambridge
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1.14 Corrosion of Negative-Plate Straps in VRLA Batteries:
C.Z. Qiu, South China Normal University
Day 2
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2.1 Selection of Appropriate Batteries for Power-assist and Plug-in Hybrid ElectricVehicles:
Pat Moseley, ILZRO/Advanced Lead-Acid Battery Consortium
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2.2 Building the ‘Hybrid Electric Vehicle Technical Roadmap’ for the AdvancedLead-Acid Battery Consortium (ALABC):
Timothy W. Ellis, RSR Technologies
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2.3 Comparison of Pb-Ca-Sn-Al-Ag Alloy with Mixed Rare-earth and TraditionalPb-Ca-Sn-Al-Ag Alloy for Positive Grids for Lead-Acid Batteries:
RuiZhen Li, SouthChina Normal University
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2.4 Fast Charging of E-bike Batteries with Pulse Charger:
Shashikant Joshi, Lalit Consulting Services
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2.5 Sovema’s Philosophy about Technological Updating:
Massimiliano Ianniello, Sovema S.p.A.
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2.6 Latest Technology for Filling AGM and GEL Valve-Regulated Lead-AcidBatteries:
Michael Wipperfuerth, CMW Tec Technologie GmbH
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2.7 Recycling Lead-Acid Batteries:
Oscar De Marco, Engitec Technologies S.p.A.
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2.8 Technology for Battery Production:
Al Vince, Company TeckCominco
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2.9 New Developments in Grid Casting:
John Wirtz, Wirtz
Day 3
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3.1 Lazy Old Lead - Savior of the Planet?
John Wood, Ecoult
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3.2 The Development of a Float Cycling Telecommunication Battery for EmergingMarkets in Regions with Very Unstable Electricity Grids:
Ben Craft, NorthStar Battery
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3.3 Studies on the Failure Mechanism of VRLA Batteries under High Rate PartialState-of-Charge (HRPSoC) Operation:
Edward Buiel, Axion Power International, Inc.
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3.4 Suitability of Gel Lead-Acid Batteries for Diverse Applications:
David Brown,Battery Energy Power Solutions
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3.5 Carbon Nanotubes as an Electrolyte Additive for Gel Lead-Acid Batteries:
Rui Rui Zhao, South China Normal University
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3.6Recycling Used Lead-Acid Batteries: A Model Life-Cycle Approach;
Brian Wilson, International Lead Management Centre
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3.8 Room Temperature Ionic Liquids as Electrolyte Additives for Gel Lead-AcidBatteries:
He Li, South China Normal University
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3.9 Influence of Residual Elements in Lead on Oxygen and Hydrogen GassingRates of Lead-Acid Batteries:
Lan Lam, CSIRO
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3.10 Effect of Alcohols on the Electrochemical Behaviour of Gel Lead-AcidBatteries:
Meiqiong Chen, City College of Dongguan University of Technology
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3.11 The Relationship Between the Coup De Fouet (CDF) and Capacity in VRLABatteries:
Shou-nan Hua, Shandong Sacredsun Power Sources Co. Ltd
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3.12 A Comparison of Two Commercial Organic Expanders:
Vanisphere A andVanisphere HT-1: Tim McNally, Borregaard LignoTech
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3.13 Positive Tubular Electrodes for Lead-Acid Batteries with 180 Ah kg-1, SpecificCapacity:
Juliano de Andrade, Institute of Technology for Development - LACTEC
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3.14 Fundamental Studies of New Lignin Derivatives from Lead-Acid Batteries:
Nobumitsu Hirai, Osaka University
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3.15 Wet Performance of AGM and its Application in VRLA Batteries:
Yaozong Bai, Sinoma Science & Technology Co.
