Figure 1: Worldwide Large TFT-LCD Panel Shipments and Revenue by Application

Figure 2: Television Power Consumption (2004)

Figure 3: Cycle of Green Product Design, Manufacturing, Use, and Recycling

Figure 4: Display Manufacturers are Committing to Lower Power Panels

Figure 5: Trend in Lead Content of CRT and PDP Televisions Report by Panasonic

Figure 6: Panasonic Clean Factory (CF) Program

Figure 7: Moving Flat Panel Television on Recycling Line

Figure 8: LG Announces 5.9 mm Thick LCD-TV Panel

Figure 9: LG Electronics LCD Television Green Product Design

Figure 10:  LG Electronics "Ecology Plasma TV"

Figure 11: Samsung Announces Plasma Television with 40% Lower Power Consumption

Figure 12: Dell G2210 Green Monitor Features

Figure 13: Apple MacBook Air with LED Backlight

Figure 14:  LG Electronics Design Approach for a Green Notebook PC

Figure 15: OLED Display Revenue Forecast

Figure 16:  Local Area Dimming Approaches for LED Backlights

Figure 17:  Edge-lit LED Backlight with Local Area Dimming

Figure 18:  UniPixel Display Technology

Figure 19: Green LCD Panel Design Changes

Figure 20:  AU Optronics LEED Gold Gen 8.5 LCD Manufacturing Plant

Figure 21:  Environmental Benefits of AUO LEED Gold LCD Fab

Figure 22:  Status of Takeback Programs in US

Figure 23:  Lifecycle Assessment

Figure 24: Life Cycle Assessment Categorization of Green House Gas Emission Sources

Figure 25:  Drivers for Company Sustainability Initiatives

Figure 26: Results of CEA Study

Figure 27:  Vizio VECO32L "Eco" TV

Figure 28:  Number of Units Sold of Energy Star Labeled Products, 2000-2008

Figure 29:  TV On Mode Power Requirements and Phase in of Energy Star Tier 1, 2 and 3

Figure 30: Overview of US Television Power Consumption

Figure 31:  EcoLeaf Product Categories

Figure 32:  EcoLeaf Label Program Data

Figure 33:  EPEAT Ratings Method and List of Rated Product Types

Figure 34:  Sample Listing of EPEAT Rated Monitors

Figure 35:  EPEAT Required Rating Criteria

Figure 36:  EPEAT Optional Rating Criteria

Figure 37:  TCO Certified Label

Figure 38:  Environmental Criteria of TCO Displays 5.0

Figure 39:  Usability Criteria of TCO Displays 5.0

Figure 40:  TCO Certified Edge Label

Figure 41:  Overview of States with Electronic Waste Related Laws

Figure 42:  Overview of Electronic Waste Related Laws Pending in 2009 Legislature

Figure 43: Korean Electronics Recycling Act Implementation

Figure 44:  Eco-Design Principles

Figure 45:  Design for Recyclability Elements

Table 1: Typical Television and Consumer Electronics Power Consumption, ca 2009

Table 2: Life Cycle and Environmental Impact of Televisions

Table 3: Ecological and Business Impacts of Green Display Initiatives

Table 4: Optoelectronic Sensor Solutions for Green Displays

Table 5: Benchmark LCD-TVs

Table 6: Benchmark LCD-TVs (2)

Table 7: PDP TVs

Table 8: Sample Energy Star Tier 1 On-Mode Maximum Power Levels for Monitors

Table 9: Efficiency Criteria for Sleep and Off-Modes for Monitors

Table 10: LCD Monitor Benchmarks (1)

Table 11: LCD Monitor Benchmarks (2)

Table 12: Influence of Green Design Practices on Display Materials and Components

Table 13: Representative LCD/PDP TV Green Features and Benefits Claimed

Table 14: Regulations for Green Displays

Table 15: Labeling for Green Displays

Table 16: Standards for Green Displays

Table 17: Energy Star Program Manufacturer Requirements

Table 18: On Mode Power Level Requirements for TV Products

Table 19: Average Tier 1 (Energy Star 3.0) On Mode Power Level Requirements

Table 20: Energy Star Version 5.0 (Tier 3) On Mode Power Level Requirements

Table 21: Energy Star Version 5.0 Tier 1 and Tier 2 Sleep and Off Mode Power Levels

Table 22: California Existing and Proposed Standards for Television Power Consumption

Table 23: Television Technology Trends Cited by CEC

Table 24:  US States with Electronic Waste Laws

Table 25:  Design Elements for Recyclability