NEON and Xenon – Supply & Demand Report – Updated!

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The Neon Report provides market and business trend details on NEON used in semiconductor device manufacturing.

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Description

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1 Overview 6
2 Neon History & the Ukraine 6
3 Intro to Neon & Xenon Production 8
3.1 Economic Issues 8
3.2 Neon and Xenon Production 9
4 Neon Supply & Logistics 13
4.1 Neon Supply & Demand 13
4.2 Analysis of Future Situation on Supply 17
4.3 Supply Chain Logistics 18
4.4 Neon Supply Chain Summary 22
5 Neon Market Drivers 23
5.1 Photolithography & DUV – 248nm & 193nm Lasers 23
5.2 LTPS and AMOLED Annealing – 308nm Lasers and KrF 24
5.3 The Impact of EUV 25
5.4 Lithography Tools 26
5.5 Problem with Historical Analysis of Neon Demand 31
5.6 The Impact of IoT 35
5.7 Further Impact of Technology nodes 37
5.8 Excimer lasers usage is the driving source for Neon demand 40
6 NEON Laser Efficiency 43
6.1 Optimization 45
6.2 NEON Demand Summary 47
6.2.1 DUV Demand 47
6.2.2 LTPS Demand 51
6.3 Minimizing Risk of Neon Shortages 53
7 Neon Summary 53
8 Intro to Xenon 54
8.1 Xenon Production 54
9 Xenon Supply and Demand 55
9.1 International Situation 55
9.2 Analysis of Future- supply 56
9.3 Supply Chain – who make, purify, resells 58
10 Xenon Market Drivers & Applications 58
10.1 Applications by Share of Total Demand 58
10.2 Aerospace Market Drivers 60
10.3 Medical 61
10.4 Lighting 62
10.5 PDP 63
10.6 Etching and impact of 3D NAND 64
11 Xenon Future technology and impacts 67
11.1.1 Types of Future uses 67
11.1.2 Xenon Recovery 67
12 Xenon Summary – Overall Risk factors 68
13 Supplier Profiles 69
13.1 Air Liquide 69
13.2 Linde Group 69
13.3 Praxair 70
13.4 TNSC – Matheson 70
13.5 Peric 71
14 Bibliography 72
List of Figures
Figure 1: Gases as a percentage of Air (Betzendahl, 2012 ) 10
Figure 2: Neon Production Flow Chart (V. L. BONDARENKO, 2011) 13
Figure 3: WW Neon Capacity Share 2016 (% of total volume) 16
Figure 4 Neon Demand/Supply 17
Figure 5 Neon Production by Region 2017 19
Figure 6: Existing Supply Chain Variations 20
Figure 7 OLED Penetration 25
Figure 8: Nikon Streamlign 622D Platform (Renwick, 2013) 27
Figure 9: Nikon Product vs. Laser Platform (Zarringhalam, 2013) 28
Figure 10: EUVL, Multiple Patterning-Immersion and 450mm (Flagello, 2013) 29
Figure 11: Technology Node, Number of Mask and EUVL (Zande, 2014) 30
Figure 12: Multiple Patterning Effects on Lithography Steps (Brink, 2014) 31
Figure 13: Number of Exposure vs. Nodes for Logic and DRAM (McLaren, October 2014) 32
Figure 14: Mask Layers per Node 33
Figure 15: 3D NAND Complexity (Prabu Gopalraja, 2013) 34
Figure 16: Device Layers, Die Cost, and Taper Angle (Andrew J. Walker, 2013) 35
Figure 17: CAGR for IoT Devices 36
Figure 18: Immersion Roadmap for ASML vs. Technology Node (McLaren, October 2014) 37
Figure 19: LE, SADP, SAQP and EUV Process Steps (Banine, 2013) 38
Figure 20: New System Buys vs. Upgrades by Nodes (McLaren, October 2014) 38
Figure 21 Facility for purification and separation of Kr and Xenon 55
Figure 22 WW Xenon Capacity Share 2018 (% of total volumes) 57

List of Tables
Table 1: Chart of physical properties of Atmospheric Gases 11
Table 2: Example of Air to Neon-He Mixture (V. L. BONDARENKO, 2011) 12
Table 3: Shift Neon Production (Nm3/yr. Neon) 14
Table 4: Air processed for Neon Demand 14
Table 5 Supply Chain Table (Needs update) 21
Table 6 Satellite Payload versus Xeon Usage 63
Table 7 Etch Rate of Materials in XeF2 67
Table 8: Suppliers of XeF2 (Courtesy of Enabling Material) 68
Table 9 Xenon Recovery Systems 70

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