OBJECTIVE:
\nWorldwide many techniques been adopted for
the battery waste management which includes the procedural steps for batt
ery scrapping. These steps include the sorting\, breaking\, pyrolysis\, di
stillation\, oxidation\, refining etc.\, In addition to it\, many research
institutes and universities are equipped with battery recycling facility
which recycles the entire battery with no point of segregation of usable a
nd non usable materials. Hence this process makes even the reusable part o
f the battery to recycle without any notable results. Some dispose the bat
tery in general waste steam or incineration which is termed as illegal in
waste management process.
\nThe Batteries Management and Handling Rul
es enacted in the year 2001 with the primary objective of ensuring safe di
sposal of discarded lead acid batteries involving all stake holders. As ba
ttery is the integral part of residential (UPS\, vehicle)\, industrial and
commercial\, the batteries which crossed the life span (typically 5 years
) been replaced by the new ones and the old batteries are neither discarde
d nor scrapped. The old batteries (even if it has some life time) will be
either stored or thrown or sealed as condemned which creates a big threat
for the environment. Absence of recycling facility also makes the system m
uch complex in battery disposal.
\nAll the industries which deal with
the battery will require the proposed multifunctional intelligent based d
evice for safe disposal of battery by minimizing the scrap with creation o
f new materials/equipments from the scrap. Instead of scrapping the entire
battery once the life time is over\, segregating the usable and non usabl
e parts is the novelty. Monitoring the SoH\, artificial intelligent based\
, development of products from the usable items\, IoT based real time moni
toring are the new concepts not dealt before. Energy engineering professio
nals\, researchers in the field\, and Post graduate students will find thi
s seminar a useful starting point to understand the technologies and surro
unding aspects involved in Smart Waste Management System for Batteries.
\n
\nCOURSE CONTENTS:
\nIntroduction to Smart Waste Managemen
t System
\nWaste Management Initiatives in India
\nToday’s &am
p\; Future Waste Battery Management
\nIoT Based Smart Waste Managemen
t System for Smart City\, Smart bin Sensors
\nMain Equipments &\;
Functionalities of the Smart Waste Management System
\nMaterials and
Methods of Smart Waste Management System for Batteries
\nState of Cha
rge Monitoring\, Commercial &\; Medical Battery Recycling
\nArtifi
cial Intelligent based control algorithm for Batteries
\nResearch to
Application Methodology of Smart Waste Management System for Batteries
\nRetired Electric Vehicle (EV) Batteries: Integrated Waste Management a
nd Research Needs
\nApplication of Smart Waste Management System for
Batteries
\nElectric Vehicles (EV)
\nPlugin Hybrid Vehicles (PHE
V)
\nHybrid Vehicles (HEV)
\nSolar / Wind Energy Storage Systems
\nBattery Backup Systems
\nRacing Vehicles
TARGET AUD
IENCE
\nFaculty members working from Engineering\, Arts and Polytechn
ic Colleges\, Research scholars\, PG Students\, Industry Persons from rele
vant background of Sciences and Engineering.
\n
\nFACULTY
\
nSessions will be handled by experienced faculty members from reputed inst
itutions and Experts from Industry Fields.