Global Market for Heat Exchanger Equipment for Nuclear Power Plants 2023

Heat exchangers play a pivotal role in transferring heat between fluids, finding crucial application in nuclear reactors where they serve as key components. These devices are vital in nuclear facilities, particularly for steam production, which drives turbines to generate power. Their usage spans across steam generators, moderator circuits, and condensers.

The global market for heat exchanger equipment in nuclear power plants has been experiencing steady growth, with the market size being heavily influenced by factors like the expansion of nuclear power generation, technological advancements, and the need for efficient heat transfer solutions. The market is typically segmented based on the types of heat exchangers used in different parts of nuclear facilities, such as condensers, moderator circuits, and steam generators.

In a comprehensive market analysis, the global heat exchanger equipment market for nuclear power plants takes centerstage. The report, Global Market for Heat Exchanger Equipment for Nuclear Power Plants 2023, delves into the industry by region and key markets, commencing with a detailed introduction to heat exchangers. It covers various aspects, including types, applications, cost considerations, optimal selection, maintenance, monitoring, and the lifespan of these components.

The report then dissects the market, segmenting it according to equipment utilization in condensers, moderator circuits, and steam generators. Each segment undergoes a thorough analysis, encompassing market overview, revenue insights, and competitive dynamics. Emerging trends and challenges in this niche market are also scrutinized.

Regional perspectives are provided for Asia Pacific, Europe, and North America. These regions undergo a comprehensive examination, including industry overviews and market analyses specific to nuclear heat exchanger equipment used in different applications.

Noteworthy markets such as Canada, China, France, Germany, India, Japan, Russia, South Korea, Ukraine, and the United States undergo focused scrutiny. The report concludes with an in-depth evaluation of major industry players. Through corporate, financial, and SWOT analyses, companies like Alstom SA, Areva SA, BWX Technologies, Larsen & Toubro, and BHI Company Limited come under the spotlight.

The data-driven analysis provides valuable insights, enhancing our understanding of the global market for heat exchanger equipment within the context of nuclear power plants.

A. Executive Summary

B. What is a Heat Exchanger?

B.1 Introduction
B.2 Definition
B.3 Types of Heat Exchangers
B.3.1 Shell and Tube Heat Exchanger
B.3.2 Plate Heat Exchangers
B.3.3 Spiral Heat Exchangers
B.3.4 Helical-coil Heat Exchangers
B.4 Application Areas
B.4.1 Condensers
B.4.2 Moderator Circuits
B.4.3 Steam Generators
B.5 Cost of a Heat Exchanger
B.6 Selecting the Optimal Heat Exchanger
B.7 Maintenance and Monitoring of Heat Exchangers
B.8 Lifespan of Heat Exchangers

C. Global Market for Heat Exchanger Equipment for Nuclear Power Plants

C.1 Nuclear Heat Exchanger Equipments Used in Condensers
C.1.1 Market Overview
C.1.2 Market Revenues
C.2 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
C.2.1 Market Overview
C.2.2 Market Revenues
C.3 Nuclear Heat Exchanger Equipments Used in Steam Generators
C.3.1 Market Overview
C.3.2 Market Revenues
C.4 Industry Competition

D. Industry Trends and Challenges

D.1 Growth of the Nuclear Power Industry
D.2 Decommissioning of Nuclear Plants However Pose a Threat
D.3 Heat Exchangers Prevent Energy Loss
D.4 Safety Requirement
D.5 Concerns about Material Quality Used for Heat Exchangers
D.6 Scarcity of Water

E. Regulatory Framework

F. Heat Exchanger Equipments for Nuclear Power Plants: Analysis of Key Regions

F.1 Asia Pacific
F.1.1 Industry Overview
F.1.2 Nuclear Heat Exchanger Equipments Used in Condensers
F.1.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
F.1.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
F.2 Europe
F.2.1 Industry Overview
F.2.2 Nuclear Heat Exchanger Equipments Used in Condensers
F.2.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
F.2.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
F.3 North America
F.3.1 Industry Overview
F.3.2 Nuclear Heat Exchanger Equipments Used in Condensers
F.3.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
F.3.4 Nuclear Heat Exchanger Equipments Used in Steam Generators

G. Heat Exchanger Equipments for Nuclear Power Plants: Analysis of Key Markets

G.1 Canada
G.1.1 Industry Overview
G.1.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.1.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.1.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.1.5 Market Share Analysis
G.2 China
G.2.1 Industry Overview
G.2.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.2.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.2.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.2.5 Market Share Analysis
G.3 France
G.3.1 Industry Overview
G.3.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.3.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.3.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.3.5 Market Share Analysis
G.4 Germany
G.4.1 Industry Overview
G.4.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.4.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.4.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.4.5 Market Share Analysis
G.5 India
G.5.1 Industry Overview
G.5.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.5.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.5.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.5.5 Market Share Analysis
G.6 Japan
G.6.1 Industry Overview
G.6.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.6.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.6.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.6.5 Market Share Analysis
G.7 Russia
G.7.1 Industry Overview
G.7.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.7.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.7.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.7.5 Market Share Analysis
G.8 South Korea
G.8.1 Industry Overview
G.8.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.8.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.8.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.8.5 Market Share Analysis
G.9 Ukraine
G.9.1 Industry Overview
G.9.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.9.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.9.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.9.5 Market Share Analysis
G.10 United States
G.10.1 Industry Overview
G.10.2 Nuclear Heat Exchanger Equipments Used in Condensers
G.10.3 Nuclear Heat Exchanger Equipments Used in Moderator Circuits
G.10.4 Nuclear Heat Exchanger Equipments Used in Steam Generators
G.10.5 Market Share Analysis

H. Major Industry Players

H.1 Alstom SA
H.2 Areva SA
H.3 BWX Technologies
H.4 Bharat Heavy Electrical Limited
H.5 Dongfang Electric Corporation
H.6 Larsen & Toubro Ltd
H.7 Mitsubishi Heavy Industries Ltd
H.8 SPX Corporation
H.9 BHI Company Limited
H.10 Shanghai Electric Group Company
H.11 Xi’an Nuclear Equipment Co. Ltd
H.12 Zio-Podolsk

I. Glossary of TermsJ. Research Methodology

List of Figures

Figure 1: (A) Countercurrent and (B) Parallel Flow Arrangement in Heat Exchangers
Figure 2: 1-1 Parallel Flow - Shell and Tube Heat Exchanger, Single Pass
Figure 3: 1-2 Crossflow, Shell and Tube Heat Exchanger, 2-Pass Tube Side
Figure 4: 2-2 Countercurrent - Shell and Tube Heat Exchanger, 2-Pass Shell Side, 2-Pass Tube Side
Figure 5: Simulation of Fluid Flow for a Shell and Tube Style Heat Exchanger
Figure 6: U-Tube Heat Exchanger
Figure 7: Shell and Tube Heat Exchanger (One Pass Tube-Side)
Figure 8: Straight-Tube Heat Exchanger (Two Pass Tube-Side)
Figure 9: Plate Heat Exchanger
Figure 10: Diagram of a Plate and Frame Heat Exchanger
Figure 11: Individual Plate for a Heat Exchanger
Figure 12: Interchangeable Plate Heat Exchanger Applied to the System of a Swimming Pool
Figure 13: Typical Kettle Reboiler Used for Industrial Distillation Towers
Figure 14: Typical Water-cooled Surface Condenser
Figure 15: Schematic of a Spiral Heat Exchanger
Figure 16: Concurrent and Countercurrent Flow in a Spiral Heat Exchanger
Figure 17: Helical-Coil Heat Exchanger Sketch
Figure 18: Cost of Heat Exchangers (in USD Million), 2022
Figure 19: Number of Condenser Heat Exchangers Worldwide, 2017-2027
Figure 20: Global Revenues of Nuclear Heat Exchanger Equipment in Condensers (in USD Million), 2017-2027
Figure 21: Number of Moderator Circuit Heat Exchangers Worldwide, 2017-2027
Figure 22: Global Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits (in USD Million), 2017-2027
Figure 23: Units of Steam Generators Worldwide, 2017-2027
Figure 24: Global Revenues of Nuclear Heat Exchanger Equipment in Steam Generators (in USD Million), 2017-2027
Figure 25: Number of Condenser Heat Exchangers in Asia Pacific, 2017-2027
Figure 26: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Asia Pacific (in USD Million), 2017-2027
Figure 27: Number of Moderator Circuit Heat Exchangers in Asia Pacific, 2017-2027
Figure 28: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Asia Pacific (in USD Million), 2017-2027
Figure 29: Units of Steam Generators in Asia Pacific, 2017-2027
Figure 30: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Asia Pacific (in USD Million), 2017-2027
Figure 31: Number of Condenser Heat Exchangers in Europe, 2017-2027
Figure 32: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Europe (in USD Million), 2017-2027
Figure 33: Number of Moderator Circuit Heat Exchangers in Europe, 2017-2027
Figure 34: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Europe (in USD Million), 2017-2027
Figure 35: Units of Steam Generators in Europe, 2017-2027
Figure 36: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Europe (in USD Million), 2017-2027
Figure 37: Number of Condenser Heat Exchangers in North America, 2017-2027
Figure 38: Revenues of Nuclear Heat Exchanger Equipment in Condensers in North America (in USD Million), 2017-2027
Figure 39: Number of Moderator Circuit Heat Exchangers in North America, 2017-2027
Figure 40: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in North America (in USD Million), 2017-2027
Figure 41: Units of Steam Generators in North America, 2017-2027
Figure 42: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in North America (in USD Million), 2017-2027
Figure 43: Number of Condenser Heat Exchangers in Canada, 2017-2027
Figure 44: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Canada (in USD Million), 2017-2027
Figure 45: Number of Moderator Circuit Heat Exchangers in Canada, 2017-2027
Figure 46: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Canada (in USD Million), 2017-2027
Figure 47: Units of Steam Generators in Canada, 2017-2027
Figure 48: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Canada (in USD Million), 2017-2027
Figure 49: Major Manufacturers of Moderator Circuit & Condensers in Canada Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 50: Number of Condenser Heat Exchangers in China, 2017-2027
Figure 51: Revenues of Nuclear Heat Exchanger Equipment in Condensers in China (in USD Million), 2017-2027
Figure 52: Number of Moderator Circuit Heat Exchangers in China, 2017-2027
Figure 53: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in China (in USD Million), 2017-2027
Figure 54: Units of Steam Generators in China, 2017-2027
Figure 55: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in China (in USD Million), 2017-2027
Figure 56: Major Manufacturers of Nuclear Heat Exchanger Equipments in China (%), 2022
Figure 57: Number of Condenser Heat Exchangers in France, 2017-2027
Figure 58: Revenues of Nuclear Heat Exchanger Equipment in Condensers in France (in USD Million), 2017-2027
Figure 59: Number of Moderator Circuit Heat Exchangers in France, 2017-2027
Figure 60: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in France (in USD Million), 2017-2027
Figure 61: Units of Steam Generators in France, 2017-2027
Figure 62: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in France (in USD Million), 2017-2027
Figure 63: Major Manufacturers of Heat Exchanger Equipments in France (%), 2022
Figure 64: Number of Condenser Heat Exchangers in Germany, 2017-2027
Figure 65: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Germany (in USD Million), 2017-2027
Figure 66: Number of Moderator Circuit Heat Exchangers in Germany, 2017-2027
Figure 67: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Germany (in USD Million), 2017-2027
Figure 68: Units of Steam Generators in Germany, 2017-2027
Figure 69: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Germany (in USD Million), 2017-2027
Figure 70: Major Steam Generator Manufacturers in the German Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 71: Major Manufacturers of Moderator Circuit & Condensers in the German Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 72: Number of Condenser Heat Exchangers in India, 2017-2027
Figure 73: Revenues of Nuclear Heat Exchanger Equipment in Condensers in India (in USD Million), 2017-2027
Figure 74: Number of Moderator Circuit Heat Exchangers in India, 2017-2027
Figure 75: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in India (in USD Million), 2017-2027
Figure 76: Units of Steam Generators in India, 2017-2027
Figure 77: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in India (in USD Million), 2017-2027
Figure 78: Major Manufacturers of Moderator Circuit & Condensers in India Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 79: Number of Condenser Heat Exchangers in Japan, 2017-2027
Figure 80: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Japan (in USD Million), 2017-2027
Figure 81: Number of Moderator Circuit Heat Exchangers in Japan, 2017-2027
Figure 82: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Japan (in USD Million), 2017-2027
Figure 83: Units of Steam Generators in Japan, 2017-2027
Figure 84: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Japan (in USD Million), 2017-2027
Figure 85: Major Manufacturers of Moderator Circuit & Condensers in the Japanese Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 86: Number of Condenser Heat Exchangers in Russia, 2017-2027
Figure 87: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Russia (in USD Million), 2017-2027
Figure 88: Number of Moderator Circuit Heat Exchangers in Russia, 2017-2027
Figure 89: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Russia (in USD Million), 2017-2027
Figure 90: Units of Steam Generators in Russia, 2017-2027
Figure 91: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Russia (in USD Million), 2017-2027
Figure 92: Number of Condenser Heat Exchangers in South Korea, 2017-2027
Figure 93: Revenues of Nuclear Heat Exchanger Equipment in Condensers in South Korea (in USD Million), 2017-2027
Figure 94: Number of Moderator Circuit Heat Exchangers in South Korea, 2017-2027
Figure 95: Units of Steam Generators in South Korea, 2017-2027
Figure 96: Major Steam Generator Manufacturers in the South Korean Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 97: Major Manufacturers of Moderator Circuit & Condensers in the South Korean Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 98: Number of Condenser Heat Exchangers in Ukraine, 2017-2027
Figure 99: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Ukraine (in USD Million), 2017-2027
Figure 100: Number of Moderator Circuit Heat Exchangers in Ukraine, 2017-2027
Figure 101: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Ukraine (in USD Million), 2017-2027
Figure 102: Units of Steam Generators in Ukraine, 2017-2027
Figure 103: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Ukraine (in USD Million), 2017-2027
Figure 104: Number of Condenser Heat Exchangers in the US, 2017-2027
Figure 105: Revenues of Nuclear Heat Exchanger Equipment in Condensers in the US (in USD Million), 2017-2027
Figure 106: Number of Moderator Circuit Heat Exchangers in the US, 2017-2027
Figure 107: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in the US (in USD Million), 2017-2027
Figure 108: Units of Steam Generators in the US, 2017-2027
Figure 109: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in the US (in USD Million), 2017-2027
Figure 110: Major Steam Generator Manufacturers in the US Nuclear Heat Exchanger Equipment Market (%), 2022
Figure 111: Major Manufacturers of Moderator Circuit & Condensers in the US Nuclear Heat Exchanger Equipment Market (%), 2022

List of Tables

Table 1: Lifespan of Heat Exchangers
Table 2: Number of Condenser Heat Exchangers Worldwide, 2017-2027
Table 3: Global Revenues of Nuclear Heat Exchanger Equipment in Condensers (in USD Million), 2017-2027
Table 4: Number of Moderator Circuit Heat Exchangers Worldwide, 2017-2027
Table 5: Global Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits (in USD Million), 2017-2027
Table 6: Units of Steam Generators Worldwide, 2017-2027
Table 7: Global Revenues of Nuclear Heat Exchanger Equipment in Steam Generators (in USD Million), 2017-2027
Table 8: Major Industry Players & their Presence in the Industry
Table 9: Number of Nuclear Reactors in Asia Pacific by Countries
Table 10: Number of Condenser Heat Exchangers in Asia Pacific, 2017-2027
Table 11: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Asia Pacific (in USD Million), 2017-2027
Table 12: Number of Moderator Circuit Heat Exchangers in Asia Pacific, 2017-2027
Table 13: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Asia Pacific (in USD Million), 2017-2027
Table 14: Units of Steam Generators in Asia Pacific, 2017-2027
Table 15: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Asia Pacific (in USD Million), 2017-2027
Table 16: Number of Nuclear Reactors in Europe by Countries
Table 17: Number of Condenser Heat Exchangers in Europe, 2017-2027
Table 18: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Europe (in USD Million), 2017-2027
Table 19: Number of Moderator Circuit Heat Exchangers in Europe, 2017-2027
Table 20: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Europe (in USD Million), 2017-2027
Table 21: Units of Steam Generators in Europe, 2017-2027
Table 22: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Europe (in USD Million), 2017-2027
Table 23: Number of Nuclear Power Reactors in North America
Table 24: Number of Condenser Heat Exchangers in North America, 2017-2027
Table 25: Revenues of Nuclear Heat Exchanger Equipment in Condensers in North America (in USD Million), 2017-2027
Table 26: Number of Moderator Circuit Heat Exchangers in North America, 2017-2027
Table 27: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in North America (in USD Million), 2017-2027
Table 28: Units of Steam Generators in North America, 2017-2027
Table 29: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in North America (in USD Million), 2017-2027
Table 30: Nuclear Reactors in Canada that Require Heat Exchanger Equipments up to 2030
Table 31: Number of Condenser Heat Exchangers in Canada, 2017-2027
Table 32: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Canada (in USD Million), 2017-2027
Table 33: Number of Moderator Circuit Heat Exchangers in Canada, 2017-2027
Table 34: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Canada (in USD Million), 2017-2027
Table 35: Units of Steam Generators in Canada, 2017-2027
Table 36: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Canada (in USD Million), 2017-2027
Table 37: Nuclear Reactors in China that Use Heat Exchanger Equipment
Table 38: Number of Condenser Heat Exchangers in China, 2017-2027
Table 39: Revenues of Nuclear Heat Exchanger Equipment in Condensers in China (in USD Million), 2017-2027
Table 40: Number of Moderator Circuit Heat Exchangers in China, 2017-2027
Table 41: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in China (in USD Million), 2017-2027
Table 42: Units of Steam Generators in China, 2017-2027
Table 43: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in China (in USD Million), 2017-2027
Table 44: Number of Nuclear Reactors in France Using Heat Exchanger Equipments, up to 2030
Table 45: Number of Condenser Heat Exchangers in France, 2017-2027
Table 46: Revenues of Nuclear Heat Exchanger Equipment in Condensers in France (in USD Million), 2017-2027
Table 47: Number of Moderator Circuit Heat Exchangers in France, 2017-2027
Table 48: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in France (in USD Million), 2017-2027
Table 49: Units of Steam Generators in France, 2017-2027
Table 50: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in France (in USD Million), 2017-2027
Table 51: Number of Nuclear Reactors in Germany Using a Steam Generator up to 2030
Table 52: Number of Nuclear Reactors in Germany Using a Condenser or Moderator Circuit Heat Exchanger up to 2030
Table 53: Status of Operating Nuclear Power Plants and Phase-out Plan for Nuclear Power in Germany
Table 54: Number of Condenser Heat Exchangers in Germany, 2017-2027
Table 55: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Germany (in USD Million), 2017-2027
Table 56: Number of Moderator Circuit Heat Exchangers in Germany, 2017-2027
Table 57: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Germany (in USD Million), 2017-2027
Table 58: Units of Steam Generators in Germany, 2017-2027
Table 59: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Germany (in USD Million), 2017-2027
Table 60: Number of Nuclear Reactors in India Using Heat Exchanger Equipments, up to 2030
Table 61: Number of Condenser Heat Exchangers in India, 2017-2027
Table 62: Revenues of Nuclear Heat Exchanger Equipment in Condensers in India (in USD Million), 2017-2027
Table 63: Number of Moderator Circuit Heat Exchangers in India, 2017-2027
Table 64: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in India (in USD Million), 2017-2027
Table 65: Units of Steam Generators in India, 2017-2027
Table 66: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in India (in USD Million), 2017-2027
Table 67: Number of Nuclear Reactors in Japan Using a Steam Generator up to 2030
Table 68: Number of Nuclear Reactors in Japan Using a Condenser or Moderator Circuit Heat Exchanger up to 2030
Table 69: Number of Condenser Heat Exchangers in Japan, 2017-2027
Table 70: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Japan (in USD Million), 2017-2027
Table 71: Number of Moderator Circuit Heat Exchangers in Japan, 2017-2027
Table 72: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Japan (in USD Million), 2017-2027
Table 73: Units of Steam Generators in Japan, 2017-2027
Table 74: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Japan (in USD Million), 2017-2027
Table 75: Number of Nuclear Reactors in Russia Using a Steam Generator up to 2030
Table 76: Number of Nuclear Reactors in Russia Using a Condenser or Moderator Circuit Heat Exchanger up to 2030
Table 77: Number of Condenser Heat Exchangers in Russia, 2017-2027
Table 78: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Russia (in USD Million), 2017-2027
Table 79: Number of Moderator Circuit Heat Exchangers in Russia, 2017-2027
Table 80: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Russia (in USD Million), 2017-2027
Table 81: Units of Steam Generators in Russia, 2017-2027
Table 82: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Russia (in USD Million), 2017-2027
Table 83: Number of Nuclear Reactors in South Korea Using Heat Exchanger Equipments up to 2030
Table 84: Number of Condenser Heat Exchangers in South Korea, 2017-2027
Table 85: Revenues of Nuclear Heat Exchanger Equipment in Condensers in South Korea (in USD Million), 2017-2027
Table 86: Number of Moderator Circuit Heat Exchangers in South Korea, 2017-2027
Table 87: Units of Steam Generators in South Korea, 2017-2027
Table 88: Number of Nuclear Reactors in Ukraine Using Heat Exchanger Equipments up to 2030
Table 89: Number of Condenser Heat Exchangers in Ukraine, 2017-2027
Table 90: Revenues of Nuclear Heat Exchanger Equipment in Condensers in Ukraine (in USD Million), 2017-2027
Table 91: Number of Moderator Circuit Heat Exchangers in Ukraine, 2017-2027
Table 92: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in Ukraine (in USD Million), 2017-2027
Table 93: Units of Steam Generators in Ukraine, 2017-2027
Table 94: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in Ukraine (in USD Million), 2017-2027
Table 95: Number of Nuclear Reactors in the US Using a Steam Generator up to 2030
Table 96: Number of Nuclear Reactors in the US Using a Condenser or Moderator Circuit Heat Exchanger up to 2030
Table 97: Number of Condenser Heat Exchangers in the US, 2017-2027
Table 98: Revenues of Nuclear Heat Exchanger Equipment in Condensers in the US (in USD Million), 2017-2027
Table 99: Number of Moderator Circuit Heat Exchangers in the US, 2017-2027
Table 100: Revenues of Nuclear Heat Exchanger Equipment in Moderator Circuits in the US (in USD Million), 2017-2027
Table 101: Units of Steam Generators in the US, 2017-2027
Table 102: Revenues of Nuclear Heat Exchanger Equipment in Steam Generators in the US (in USD Million), 2017-2027

Companies Mentioned

Alstom SA
Areva SA
Bharat Heavy Electrical Limited
BHI Company Limited
BWX Technologies
Dongfang Electric Corporation
Larsen & Toubro Ltd
Mitsubishi Heavy Industries Ltd
Shanghai Electric Group Company
SPX Corporation
Xi’an Nuclear Equipment Co. Ltd
Zio-Podolsk

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