Are Tesla Electric Cars Environmental Green?

Slides:



Advertisements
Similar presentations
One of the biggest advantages of electric cars is that they do not pollute the environment and emit less harmful to the nature gas. Thats why the mass.
Advertisements

Seminar on Electric Car
ESOHMS UNIVERSAL WASTE MANAGEMENT TRAINING Rev. 2/2014.
Household Batteries Varun Ravishanker. Laws and Regulations Mercury-Containing and Rechargeable Battery Management Act passed by Congress in 1996 Mercury-Containing.
Overview Why Models now out Models coming soon Batteries & charging Electrical grid impacts.
BATTERY IDENTIFICATION AND CLASSIFICATION James Neely 2013 NAHMMA Northwest Regional Conference.
Batteries Katy Swancutt ENGR 302I December What is a battery? It is something that converts chemical energy into electrical energy. They produce.
Chapter 201 Copyright © by Houghton Mifflin Company. All rights reserved Electrochemistry Electrochemistry =the study of the interchange of chemical.
Reviving the Electric Car. History 1832 Robert Anderson invents a non-rechargeable electric carriage Thomas Davenport builds the first practical.
Electric Cars Sadie Soliozy. History of the Electric Vehicle Then Now &
Beyond Gasoline: Concept Cars. Plug-In Hybrid (PHEV)
How can we reduce our oil consumption ? Drive less and transport fewer goods less far design more energy efficient vehicle switch to non-fossil fuel based.
MOBILE POWER SOURCES TEAM 7. INTRODUCTION Chemical Batteries Mechanical Energy Wireless Energy Butane Energy.
Linear Economic Growth, Exponential Air Pollution Sean Edward Paquette Rensselaer Polytechnic Institute Course: MANE-6960H01 Professor: Ernesto Gutierrez-Miravete,
Fuel Efficient Cars By: Lewis Ricci Calvin Jacobs.
How to Recycle Batteries Recycle Series: Part III brought to you by Microempowering.org.
Battery Recycling Andrew Kiemnec.
E-Waste Bill Bardin MANE 6960 – Solid and Hazardous Waste Prevention and Control Engineering Professor Gutierrez-Miravete RPI - Hartford Spring 2014.
Materials Used In Batteries Dwight Younge. Introduction Battery (two categories) – Primary (one-time) – Secondary (rechargeable) The need for batteries:
How Tesla is defining the future for Electric Vehicles Abhijit Limaye MS Bioenergy University of Illinois at Urbana-Champaign
 Batteries are found in many of the electronic devices we have in our homes, businesses and schools.
Tesla
Can I top Tesla? Tesla Roadster vs [the other car]
How can you Chip in? Green ICs. What is an IC? “An electronic circuit manufactured by the patterned diffusion of trace elements into the surface of a.
Is Lithium the New Oil? The Future of Electric Cars John Hiam. Hatch.
Environmental Guidelines The Restriction of Hazardous Substances in Electrical and Electronic Equipment (ROHS) Directive (2002/95/EC) –Key Elements Effective.
Chapter 14.3 Environmental Issues. The Emergence of Environmentalism Every time we drive a car or throw away trash, we are harming our environment. The.
15-1 Environmental Geology James Reichard Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Illustrations of familiar batteries, their main uses, the chemicals inside them and whether they are rechargeable. Suggested activities are to: Identify.
Alternative Fuels Electricity Electric Car Early History Invented between 1832 and 1839 by Robert Anderson storage batteries were improved in 1865 and.
Electric Vehicles Ian Hooper December Introductions  Ian Hooper, from Maida Vale WA  Degree in Mechatronic Engineering  Currently run a business.
Alternative Energy Transportation Transportation Mr. O’Rourke.
EU waste 6 th env action programme: management of natural resources and waste –Decouple resource use from economic growth –Reduce waste Final disposal.
HOW TO DISPOSE THE BATTERY ??? 1.Remove the used battery from the computer and place it in a resealable bag or other closed container. 2. Contact your.
Voltaic Cells Batteries, etc.. Essentials Electrochemical setups that can generate electricity They release energy and are spontaneous E cell is positive.
CEO- Kimberly Francis Engineer- Kelsey Perkins Marketing Manager- Trevor Environmental Scientist- Ashley Elder.
SHARP an Eco-Progressive Company Having a positive impact in reducing greenhouse gases and facilitating recycling.
Public Workshop Airborne Toxic Control Measure (ATCM) for Motor Vehicle and Mobile Equipment Coatings Public Workshop Airborne Toxic Control Measure (ATCM)
Keeping our community clean. WHO IS SECCRA? Formed in 1968 by citizens of southern Chester County 10 members initially, 24 today Operated the Kennett.
Law of Conservation of Energy
Electronic Waste: What happens to our electronic equipment later? Video showing e-waste in China.
Dustin Scott, Melissa Smith, Joe Spooner, and Nick Swinford.
New ways to conserve energy Rachel Lindgren Computer Applications.
DOODLE DRIVE Presenter: Alex Curtis Team 6 Environmental Impact TCSP.
Green Engineering the Tesla Car Team South Africa David Kaye, Emily Curtiss, Christian Hahm content/uploads/2015/05/Tesla-Motors-symbol.png.
How Do Batteries Work?  Eddy Giang  Scott Segawa  Eddy Giang  Scott Segawa.
Electrochemical Cells
Sean Edward Paquette Rensselaer Polytechnic Institute – Hartford, CT MANE – 6960 (Mathematical Modeling of Energy and Environmental) Professor Ernesto.
Feedback Controlled Brushless DC Motor: Personal Electric Vehicle Application Summary Lecture.
Tesla Roadster “A Better Future”. Table Of Content Sustainability and the Environment Design Concepts and Technology Brand Image and Sales Revenue.
2015 Yonsei - Shibaura Joint MOT Seminar 1. Analysis on Current Marketing Strategies of EV 2. Marketing Strategy Proposals Based on EV Market Outlook Presenters:
Is the price of the vehicle effected? James Brown
Learning Objectives - To understand the different legislation and regulations that have be created to reduce environmental issues - To understand how designer.
By Anoop s kumar Roll no. 6 Mechanical Engineering RIT Kottayam.
Learning Objectives - To understand the different legislation and regulations that have be created to reduce environmental issues - To understand how designer.
Dry Cell Batteries Dry cell batteries are not actually dry
12.4 NOTES Alternative Fuel Cars
Batteries Components that store energy and supply it to electrons to be carried round a circuit This is a cell. What most people think of as a battery.
Dead Batteries Free Powerpoint Templates.
International Initiatives for Environmental Health
Lithium-Ion Battery For Low Temperature Application Presentation
Batteries and DC Power Supplies
Energy Transformations
M. HARA*, T. HONDA*, H. X. Nguyen *, K. NAKAZAWA**,
VEHICLE TECHNOLOGY AIR CONDITIONING SYSTEMS.
Project “Models of Electric car”
Electricity/Start & Charge systems
Electronic & Environmental
Electricity/Start & Charge systems
Electronic Waste: What happens to our electronic equipment later?
Presentation transcript:

Are Tesla Electric Cars Environmental Green? Production, Hazardous Waste and Mechanical Design of a Tesla Electric Car: Mini Hazardous Waste Report Proposal Rensselaer Polytechnic Institute Solid Hazardous Waste Prevention and Air Control Engineering (MANE-6960) Spring 2014 Sean Paquette

Introduction Report Proposal – The production, hazardous waste and mechanical design of electric vehicles in the U.S. will be examined Tesla Motors – Case Study Tesla Motors in a publically traded American automobile manufacturing company Founded 2003 Tesla Roadster – First electric vehicle produced Tesla rechargeable battery packs are manufactured in Japan under strict environmental laws Tesla batteries are “mostly made from lithium metal oxides with zero lead, mercury, cadmium, hexavalent chromium, PBBs or PBDEs Tesla says that, by law its battery cells could be landfilled, though that is not what they actually do

Tesla Roadster

Tesla’s Rechargeable Battery Pack