Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023

Powered by

All the vital news, analysis, and commentary curated by our industry experts.

GlobalData's latest report "Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023" offers comprehensive information and understanding of the global air quality control systems market. The report offers in-depth analysis at the global, regional (Asia-Pacific, Americas, Europe Middle East and Africa) and key countries (China, India, Vietnam, Republic of Korea, Malaysia, Indonesia, Japan, Taiwan, the US, Chile, Germany, South Africa, Poland, and Saudi Arabia) level. The report covers the three main technologies of Flue Gas Desulphurization (FGD), Selective Catalytic Reduction (SCR), and Fabric Filters (FF).
The report analyzes the air quality control system market value ($) and capacity (MW) for the historical (2014–2018) and forecast (2019–2023) periods. Global and country wise drivers and restraints affecting the market, detailed information about key policies and regulations, competitive landscape, recent tenders and contracts issued, and upcoming projects for the covered countries are also presented.
The report is built using data and information sourced from proprietary databases, primary and secondary research, and in-house analysis by GlobalData's team of industry experts.

Scope

The report analyzes the air quality control systems for thermal power market. Its scope includes:

• Analysis of the growth of air quality control system market with a focus on market value ($m) and market capacity (GW) at the global and regional level (Asia-Pacific, Americas, Europe Middle East and Africa).

• The report provides air quality control system market analysis for key countries including China, India, Vietnam, Republic of Korea, Malaysia, Indonesia, Japan, Taiwan, the US, Chile, Germany, South Africa, Poland, and Saudi Arabia.

• The report offers country level air quality control system market size analysis with respect to market capacity (MW) and value ($m) for the historical (2014–2018) and forecast (2019–2023) periods.

• It provides the competitive landscape at global and country level for the year 2018.

• Key market drivers and restraints, and analysis of their impact in air quality control system market, key policies and regulatory environment, recent tenders and contracts issued, and upcoming projects are also discussed.

Reasons to Buy

The report will enhance your decision making capability in a more rapid and time sensitive manner. It will allow you to:

• Facilitate decision-making by analyzing historical and forecast data of the air quality control systems market.

• Develop strategies based on developments in the market.

• Identify key partners and business-development avenues, based on an understanding of the activities of major competitors in the market.

• Respond to your competitors’ business structure, strategies and prospects.

Alstom Power Holdings SA
Andritz Environmental Solutions
Inc.
Babcock & Wilcox Power Generation Group Inc.
Hitachi Power & Industrial Systems
Doosan Heavy Industries & Construction Co Ltd.
GE Power
China Datang Technologies & Engineering Co Ltd.
KC Cottrell (China) Co.
Ltd
Mitsubishi Hitachi Power Systems Ltd.
Bharat Heavy Electricals Ltd.
L&T Power Ltd.
Doosan Lentjes GmbH
Kawasaki Heavy Industries Ltd
STX Heavy Industries Co Ltd
Amec Foster Wheeler Ltd
IHI Corp
Rafako SA
Emerson Process Management

Table of Contents

1 Table of Contents

1.1 List of Tables

1.2 List of Figures

2 Executive Summary

3 Introduction

3.1 Air Quality Control Systems for Thermal Power, Overview

3.1.1 Flue-Gas Desulfurization (FGD)

3.1.2 Selective Catalytic Reduction (SCR)

3.1.3 Fabric Filter (FF)

3.2 Pollutants Released from Thermal Power Plants

3.2.1 Sulphur Oxides

3.2.2 Nitrogen Oxides

3.2.3 Particulate Matter (PM)

3.3 GlobalData Report Guidance

4 Air Quality Control Systems for Thermal Power, Global

4.1 Air Quality Control Systems for Thermal Power, Global, Market Overview

4.2 Air Quality Control Systems for Thermal Power, Global, Market Drivers and Restraints

4.2.1 Air Quality Control Systems for Thermal Power, Global, Market Drivers and Impact Analysis

4.2.2 Air Quality Control Systems for Thermal Power, Global, Market Restraints and Impact Analysis

4.3 Air Quality Control Systems for Thermal Power, Global, Market Size Analysis

4.3.1 Air Quality Control Systems for Thermal Power, Global, Market Capacity (GW), FGD, 2014–2023

4.3.2 Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FGD, 2014–2023

4.3.3 Air Quality Control Systems for Thermal Power, Global, Market Capacity (GW), SCR, 2014–2023

4.3.4 Air Quality Control Systems for Thermal Power, Global, Market Value ($m), SCR, 2014–2023

4.3.5 Air Quality Control Systems for Thermal Power, Global, Market Capacity (GW), FF, 2014–2023

4.3.6 Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FF, 2014–2023

4.4 Air Quality Control Systems for Thermal Power, Global, Competitive Landscape

5 Air Quality Control Systems for Thermal Power, Asia-Pacific

5.1 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Overview

5.2 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Size Analysis

5.2.1 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Capacity (GW), FGD, 2014–2023

5.2.2 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FGD, 2014–2023

5.2.3 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Capacity (GW), SCR, 2014–2023

5.2.4 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), SCR, 2014–2023

5.2.5 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Capacity (GW), FF, 2014–2023

5.2.6 Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FF, 2014–2023

6 Air Quality Control Systems for Thermal Power, China

6.1 Air Quality Control Systems for Thermal Power, China, Market Overview

6.2 Air Quality Control Systems for Thermal Power, China, Major Policies and Regulations

6.2.1 Ambient Air Quality Standards and Emission Regulations

6.3 Air Quality Control Systems for Thermal Power, China, Market Drivers and Restraints Analysis

6.3.1 Air Quality Control Systems for Thermal Power, China, Market Drivers and Impact Analysis

6.3.2 Air Quality Control Systems for Thermal Power, China, Market Restraints and Impact Analysis

6.4 Air Quality Control Systems for Thermal Power, China, Market Size Analysis

6.4.1 Air Quality Control Systems for Thermal Power, China, Market Capacity (MW), FGD, 2014–2023

6.4.2 Air Quality Control Systems for Thermal Power, China, Market Value ($m), FGD, 2014–2023

6.4.3 Air Quality Control Systems for Thermal Power, China, Market Capacity (MW), SCR, 2014–2023

6.4.4 Air Quality Control Systems for Thermal Power, China, Market Value ($m), SCR, 2014–2023

6.4.5 Air Quality Control Systems for Thermal Power, China, Market Capacity (MW), FF, 2014–2023

6.4.6 Air Quality Control Systems for Thermal Power, China, Market Value ($m), FF, 2014–2023

6.5 Air Quality Control Systems for Thermal Power, China, Competitive Landscape

6.6 Air Quality Control Systems for Thermal Power, China, Upcoming Projects

7 Air Quality Control Systems for Thermal Power, India

7.1 Air Quality Control Systems for Thermal Power, India, Market Overview

7.2 Air Quality Control Systems for Thermal Power, India, Major Policies and Regulations

7.2.1 12th Five Year Plan

7.2.2 Emission Norms for Power Sector

7.3 Air Quality Control Systems for Thermal Power, India, Market Drivers and Restraints Analysis

7.3.1 Air Quality Control Systems for Thermal Power, India, Market Drivers and Impact Analysis

7.3.2 Air Quality Control Systems for Thermal Power, India, Market Restraints and Impact Analysis

7.4 Air Quality Control Systems for Thermal Power, India, Market Size Analysis

7.4.1 Air Quality Control Systems for Thermal Power, India, Market Capacity (MW), FGD, 2014–2023

7.4.2 Air Quality Control Systems for Thermal Power, India, Market Value ($m), FGD, 2014–2023

7.4.3 Air Quality Control Systems for Thermal Power, India, Market Capacity (MW), SCR, 2014–2023

7.4.4 Air Quality Control Systems for Thermal Power, India, Market Value ($m), SCR, 2014–2023

7.4.5 Air Quality Control Systems for Thermal Power, India, Market Capacity (MW), FF, 2014–2023

7.4.6 Air Quality Control Systems for Thermal Power, India, Market Value ($m), FF, 2014–2023

7.5 Air Quality Control Systems for Thermal Power, India, Competitive Landscape

7.6 Air Quality Control Systems for Thermal Power, India, Upcoming Projects

8 Air Quality Control Systems for Thermal Power, Vietnam

8.1 Air Quality Control Systems for Thermal Power, Vietnam, Market Overview

8.2 Air Quality Control Systems for Thermal Power, Vietnam, Major Policies and Regulations

8.2.1 Seventh Power Development Plan (PDP VII)

8.2.2 Emission Standards from Industrial Sources

8.3 Air Quality Control Systems for Thermal Power, Vietnam, Market Drivers and Restraints Analysis

8.3.1 Air Quality Control Systems for Thermal Power, Vietnam, Market Drivers and Impact Analysis

8.3.2 Air Quality Control Systems for Thermal Power, Vietnam, Market Restraints and Impact Analysis

8.4 Air Quality Control Systems for Thermal Power, Vietnam, Market Size Analysis

8.4.1 Air Quality Control Systems for Thermal Power, Vietnam, Market Capacity (MW), FGD, 2014–2023

8.4.2 Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), FGD, 2014–2023

8.4.3 Air Quality Control Systems for Thermal Power, Vietnam, Market Capacity (MW), SCR, 2014–2023

8.4.4 Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), SCR, 2014–2023

8.5 Air Quality Control Systems for Thermal Power, Vietnam, Competitive Landscape

8.6 Air Quality Control Systems for Thermal Power, Vietnam, Upcoming Projects

9 Air Quality Control Systems for Thermal Power, Republic of Korea

9.1 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Overview

9.2 Air Quality Control Systems for Thermal Power, Republic of Korea, Key Major Policies and Regulatory Environment

9.2.1 8th Basic Plan for Long-Term Electricity Supply and Demand

9.2.2 Emission Regulations from Thermal Power Plants

9.3 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Drivers and Restraints Analysis

9.3.1 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Drivers and Impact Analysis

9.3.2 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Restraints and Impact Analysis

9.4 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Size Analysis

9.4.1 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Capacity (MW), FGD, 2014–2023

9.4.2 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FGD, 2014–2023

9.4.3 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Capacity (MW), SCR, 2014–2023

9.4.4 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), SCR, 2014–2023

9.4.5 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Capacity (MW), FF, 2014–2023

9.4.6 Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FF, 2014–2023

9.5 Air Quality Control Systems for Thermal Power, Republic of Korea, Competitive Landscape

9.6 Air Quality Control Systems for Thermal Power, Republic of Korea, Upcoming Projects

10 Air Quality Control Systems for Thermal Power, Malaysia

10.1 Air Quality Control Systems for Thermal Power, Malaysia, Market Overview

10.2 Air Quality Control Systems for Thermal Power, Malaysia, Key Policies and Regulations

10.3 Air Quality Control Systems for Thermal Power, Malaysia, Market Drivers and Restraints Analysis

10.3.1 Air Quality Control Systems for Thermal Power, Malaysia, Market Drivers and Impact Analysis

10.3.2 Air Quality Control Systems for Thermal Power, Malaysia, Market Restraint and Impact Analysis

10.4 Air Quality Control Systems for Thermal Power, Malaysia, Market Size Analysis

10.4.1 Air Quality Control Systems for Thermal Power, Malaysia, Market Capacity (MW), FGD, 2014–2023

10.4.2 Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FGD, 2014–2023

10.4.3 Air Quality Control Systems for Thermal Power, Malaysia, Market Capacity (MW), FF, 2014–2023

10.4.4 Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FF, 2014–2023

10.5 Air Quality Control Systems for Thermal Power, Malaysia, Competitive Landscape

10.6 Air Quality Control Systems for Thermal Power, Malaysia, Upcoming Projects

11 Air Quality Control Systems for Thermal Power, Indonesia

11.1 Air Quality Control Systems for Thermal Power, Indonesia, Market Overview

11.2 Air Quality Control Systems for Thermal Power, Indonesia, Key Policies and Regulations

11.3 Air Quality Control Systems for Thermal Power, Indonesia, Market Drivers and Restraints Analysis

11.3.1 Air Quality Control Systems for Thermal Power, Indonesia, Market Drivers and Impact Analysis

11.3.2 Air Quality Control Systems for Thermal Power, Indonesia, Market Restraints and Impact Analysis

11.4 Air Quality Control Systems for Thermal Power, Indonesia, Market Size Analysis

11.4.1 Air Quality Control Systems for Thermal Power, Indonesia, Market Capacity (MW), FGD, 2014–2023

11.4.2 Air Quality Control Systems for Thermal Power, Indonesia, Market Value ($m), FGD, 2014–2023

11.5 Air Quality Control Systems for Thermal Power, Indonesia, Competitive Landscape

11.6 Air Quality Control Systems for Thermal Power, Indonesia, Upcoming Projects

12 Air Quality Control Systems for Thermal Power, Japan

12.1 Air Quality Control Systems for Thermal Power, Japan, Market Overview

12.2 Air Quality Control Systems for Thermal Power, Japan, Key Policies and Regulations

12.3 Air Quality Control Systems for Thermal Power, Japan, Market Drivers and Restraints Analysis

12.3.1 Air Quality Control Systems for Thermal Power, Japan, Market Drivers and Impact Analysis

12.3.2 Air Quality Control Systems for Thermal Power, Japan, Market Restraints and Impact Analysis

12.4 Air Quality Control Systems for Thermal Power, Japan, Market Size Analysis

12.4.1 Air Quality Control Systems for Thermal Power, Japan, Market Capacity (MW), FGD, 2014–2023

12.4.2 Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), FGD, 2014–2023

12.4.3 Air Quality Control Systems for Thermal Power, Japan, Market Capacity (MW), SCR, 2014–2023

12.4.4 Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), SCR, 2014–2023

12.5 Air Quality Control Systems for Thermal Power, Japan, Competitive Landscape

12.6 Air Quality Control Systems for Thermal Power, Japan, Upcoming Projects

13 Air Quality Control Systems for Thermal Power, Taiwan

13.1 Air Quality Control Systems for Thermal Power, Taiwan, Market Overview

13.2 Air Quality Control Systems for Thermal Power, Taiwan, Key Policies and Regulations

13.3 Air Quality Control Systems for Thermal Power, Taiwan, Market Drivers and Restraints Analysis

13.3.1 Air Quality Control Systems for Thermal Power, Taiwan, Market Drivers and Impact Analysis

13.3.2 Air Quality Control Systems for Thermal Power, Taiwan, Market Restraints and Impact Analysis

13.4 Air Quality Control Systems for Thermal Power, Taiwan, Market Size Analysis

13.4.1 Air Quality Control Systems for Thermal Power, Taiwan, Market Capacity (MW), FGD, 2014–2023

13.4.2 Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), FGD, 2014–2023

13.4.3 Air Quality Control Systems for Thermal Power, Taiwan, Market Capacity (MW), SCR, 2014–2023

13.4.4 Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), SCR, 2014–2023

13.5 Air Quality Control Systems for Thermal Power, Taiwan, Competitive Landscape

13.6 Air Quality Control Systems for Thermal Power, Taiwan, Upcoming Projects

14 Air Quality Control Systems for Thermal Power, Americas

14.1 Air Quality Control Systems for Thermal Power, Americas, Market Overview

14.2 Air Quality Control Systems for Thermal Power, Americas, Market Size Analysis

14.2.1 Air Quality Control Systems for Thermal Power, Americas, Market Capacity (GW), FGD, 2014–2023

14.2.2 Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FGD, 2014–2023

14.2.3 Air Quality Control Systems for Thermal Power, Americas, Market Capacity (GW), SCR, 2014–2023

14.2.4 Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), SCR, 2014–2023

14.2.5 Air Quality Control Systems for Thermal Power, Americas, Market Capacity (GW), FF, 2014–2023

14.2.6 Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FF, 2014–2023

15 Air Quality Control Systems for Thermal Power, US

15.1 Air Quality Control Systems for Thermal Power, US, Market Overview

15.2 Air Quality Control Systems for Thermal Power, US, Key Policies and Regulatory Environment

15.2.1 Clean Air Act

15.2.2 NOx Budget Trading Program

15.2.3 Acid Rain Program

15.2.4 Mercury and Air-Toxic Standards

15.3 Air Quality Control Systems for Thermal Power, US, Market Drivers and Restraints Analysis

15.3.1 Air Quality Control Systems for Thermal Power, US, Market Drivers and Impact Analysis

15.3.2 Air Quality Control Systems for Thermal Power, US, Market Restraints and Impact Analysis

15.4 Air Quality Control Systems for Thermal Power, US, Market Size Analysis

15.4.1 Air Quality Control Systems for Thermal Power, US, Market Capacity (MW), FGD, 2014–2023

15.4.2 Air Quality Control Systems for Thermal Power, US, Market Value ($m), FGD, 2014–2023

15.4.3 Air Quality Control Systems for Thermal Power, US, Market Capacity (MW), SCR, 2014–2023

15.4.4 Air Quality Control Systems for Thermal Power, US, Market Value ($m), SCR, 2014–2023

15.4.5 Air Quality Control Systems for Thermal Power, US, Market Capacity (MW), FF, 2014–2023

15.4.6 Air Quality Control Systems for Thermal Power, US, Market Value ($m), FF, 2014–2023

15.5 Air Quality Control Systems for Thermal Power, US, Competitive Landscape

15.6 Air Quality Control Systems for Thermal Power, US, Upcoming Projects

16 Air Quality Control Systems for Thermal Power, Chile

16.1 Air Quality Control Systems for Thermal Power, Chile, Market Overview

16.2 Air Quality Control Systems for Thermal Power, Chile, Key Policies and Regulatory Environment

16.3 Air Quality Control Systems for Thermal Power, Chile, Market Drivers and Restraints Analysis

16.3.1 Air Quality Control Systems for Thermal Power, Chile, Market Drivers and Impact Analysis

16.3.2 Air Quality Control Systems for Thermal Power, Chile, Market Restraints and Impact Analysis

16.4 Air Quality Control Systems for Thermal Power, Chile, Market Size Analysis

16.4.1 Air Quality Control Systems for Thermal Power, Chile, Market Capacity (MW), FGD, 2014–2023

16.4.2 Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FGD, 2014–2023

16.4.3 Air Quality Control Systems for Thermal Power, Chile, Market Capacity (MW), SCR, 2014–2023

16.4.4 Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), SCR, 2014–2023

16.4.5 Air Quality Control Systems for Thermal Power, Chile, Market Capacity (MW), FF, 2014–2023

16.4.6 Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FF, 2014–2023

16.5 Air Quality Control Systems for Thermal Power, Chile, Competitive Landscape

16.6 Air Quality Control Systems for Thermal Power, Chile, Upcoming Projects

17 Air Quality Control Systems for Thermal Power, EMEA

17.1 Air Quality Control Systems for Thermal Power, EMEA, Market Overview

17.2 Air Quality Control Systems for Thermal Power, EMEA, Market Size Analysis

17.2.1 Air Quality Control Systems for Thermal Power, EMEA, Market Capacity (GW), FGD, 2014–2023

17.2.2 Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FGD, 2014–2023

17.2.3 Air Quality Control Systems for Thermal Power, EMEA, Market Capacity (GW), SCR, 2014–2023

17.2.4 Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), SCR, 2014–2023

17.2.5 Air Quality Control Systems for Thermal Power, EMEA, Market Capacity (GW), FF, 2014–2023

17.2.6 Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FF, 2014–2023

18 Air Quality Control Systems for Thermal Power, Germany

18.1 Air Quality Control Systems for Thermal Power, Germany, Market Overview

18.2 Air Quality Control Systems for Thermal Power, Germany, Key Policies and Regulatory Environment

18.2.1 Large Combustion Plant Directive (LCPD)

18.3 Air Quality Control Systems for Thermal Power, Germany, Market Drivers and Restraints Analysis

18.3.1 Air Quality Control Systems for Thermal Power, Germany, Market Drivers and Impact Analysis

18.3.2 Air Quality Control Systems for Thermal Power, Germany, Market Restraints and Impact Analysis

18.4 Air Quality Control Systems for Thermal Power, Germany, Market Size Analysis

18.4.1 Air Quality Control Systems for Thermal Power, Germany, Market Capacity (MW), FGD, 2014–2023

18.4.2 Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), FGD, 2014–2023

18.4.3 Air Quality Control Systems for Thermal Power, Germany, Market Capacity (MW), SCR, 2014–2023

18.4.4 Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), SCR, 2014–2023

18.5 Air Quality Control Systems for Thermal Power, Germany, Competitive Landscape

18.6 Air Quality Control Systems for Thermal Power, Germany, Upcoming Projects

19 Air Quality Control Systems for Thermal Power, South Africa

19.1 Air Quality Control Systems for Thermal Power, South Africa, Market Overview

19.2 Air Quality Control Systems for Thermal Power, South Africa, Key Policies and Regulatory Environment

19.3 Air Quality Control Systems for Thermal Power, South Africa, Market Drivers and Restraints Analysis

19.3.1 Air Quality Control Systems for Thermal Power, South Africa, Market Drivers and Impact Analysis

19.3.2 Air Quality Control Systems for Thermal Power, South Africa, Market Restraints and Impact Analysis

19.4 Air Quality Control Systems for Thermal Power, South Africa, Market Size Analysis

19.4.1 Air Quality Control Systems for Thermal Power, South Africa, Market Capacity (MW), FGD, 2014–2023

19.4.2 Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FGD, 2014–2023

19.4.3 Air Quality Control Systems for Thermal Power, South Africa, Market Capacity (MW), FF, 2014–2023

19.4.4 Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FF, 2014–2023

19.5 Air Quality Control Systems for Thermal Power, South Africa, Competitive Landscape

19.6 Air Quality Control Systems for Thermal Power, South Africa, Upcoming Projects

20 Air Quality Control Systems for Thermal Power, Poland

20.1 Air Quality Control Systems for Thermal Power, Poland, Market Overview

20.2 Air Quality Control Systems for Thermal Power, Poland, Key Policies and Regulatory Environment

20.3 Air Quality Control Systems for Thermal Power, Poland, Market Drivers and Restraints Analysis

20.3.1 Air Quality Control Systems for Thermal Power, Poland, Market Drivers and Impact Analysis

20.3.2 Air Quality Control Systems for Thermal Power, Poland, Market Restraints and Impact Analysis

20.4 Air Quality Control Systems for Thermal Power, Poland, Market Size Analysis

20.4.1 Air Quality Control Systems for Thermal Power, Poland, Market Capacity (MW), FGD, 2014–2023

20.4.2 Air Quality Control Systems for Thermal Power, Poland, Market Value ($m), FGD, 2014–2023

20.4.3 Air Quality Control Systems for Thermal Power, Poland, Market Capacity (MW), SCR, 2014–2023

20.4.4 Air Quality Control Systems for Thermal Power, Poland, Market Value, SCR ($m), 2014–2023

20.5 Air Quality Control Systems for Thermal Power, Poland, Competitive Landscape

20.6 Air Quality Control Systems for Thermal Power, Poland, Upcoming Projects

21 Air Quality Control Systems for Thermal Power, Saudi Arabia

21.1 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Overview

21.2 Air Quality Control Systems for Thermal Power, Saudi Arabia, Key Policies and Regulatory Environment

21.3 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Drivers and Restraints Analysis

21.3.1 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Drivers and Impact Analysis

21.3.2 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Restraints and Impact Analysis

21.4 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Size Analysis

21.4.1 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Capacity (MW), FGD, 2014–2023

21.4.2 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), FGD, 2014–2023

21.4.3 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Capacity (MW), SCR, 2014–2023

21.4.4 Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), SCR, 2014–2023

21.5 Air Quality Control Systems for Thermal Power, Saudi Arabia, Competitive Landscape

21.6 Air Quality Control Systems for Thermal Power, Saudi Arabia, Upcoming Projects

22 Appendix

Table

Table 1: Air Quality Control Systems for Thermal Power, Global, Market Drivers and Restraints

Table 2: Air Quality Control Systems for Thermal Power, Global Power Consumption (TWh), 2014–2018

Table 3: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Table 4: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FGD, 2014–2023

Table 5: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Table 6: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), SCR, 2014–2023

Table 7: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Table 8: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FF, 2014–2023

Table 9: Air Quality Control Systems for Thermal Power, Global, Recent Tenders and Contracts

Table 10: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Table 11: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FGD, 2014–2023

Table 12: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Table 13: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), SCR, 2014–2023

Table 14: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Table 15: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FF, 2014–2023

Table 16: Air Quality Control Systems, China, Ambient Air Quality Standards for Residential and Industrial Areas

Table 17: Air Quality Control Systems, China, Emission Limit Values (ELVs) for Air Pollutants from Coal-Fired Power Plants

Table 18: Air Quality Control Systems for Thermal Power, China, Market Drivers and Restraints

Table 19: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 20: Air Quality Control Systems for Thermal Power, China, Market Value ($m), FGD, 2014–2023

Table 21: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 22: Air Quality Control Systems for Thermal Power, China, Market Value ($m), SCR, 2014–2023

Table 23: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 24: Air Quality Control Systems for Thermal Power, China, Market Value ($m), FF, 2014–2023

Table 25: Air Quality Control Systems for Thermal Power, China, Recent Tenders and Contracts

Table 26: Air Quality Control Systems for Thermal Power, China, Upcoming Projects

Table 27: Air Quality Control Systems for Thermal Power, India, Capacity Addition Achieved During 12th Plan

Table 28: Air Quality Control Systems for Thermal Power, India, Source-Wise Capacity Addition Achieved During 12th Plan

Table 29: Air Quality Control Systems for Thermal Power, India, Source-Wise Capacity Addition Required during 2017–2022 and 2022–2027

Table 30: Air Quality Control Systems for Thermal Power, India, New Environmental Norms for Thermal Power Plants (TPPs)

Table 31: Air Quality Control Systems for Thermal Power, India, Market Drivers and Restraints

Table 32: Air Quality Control Systems for Thermal Power, India, Area Required for FGD System

Table 33: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 34: Air Quality Control Systems for Thermal Power, India, Market Value ($m), FGD, 2014–2023

Table 35: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 36: Air Quality Control Systems for Thermal Power, India, Market Value ($m), SCR, 2014–2023

Table 37: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 38: Air Quality Control Systems for Thermal Power, India, Market Value ($m), FF, 2014–2023

Table 39: Air Quality Control Systems for Thermal Power, India, Recent Tenders and Contracts

Table 40: Air Quality Control Systems for Thermal Power, India, Upcoming Projects

Table 41: Air Quality Control Systems for Thermal Power, Vietnam, Specific Targets and Directions in Power Master Plan VII

Table 42: Air Quality Control Systems for Thermal Power, Vietnam, Capacity Addition by 2020 and 2030 by Generation Source

Table 43: Air Quality Control Systems for Thermal Power, Vietnam, Adjustments made in PDP VII-A from PDP VII, 2020 & 2030

Table 44: Air Quality Control Systems for Thermal Power, Vietnam, Concentration Parameter

Table 45: Air Quality Control Systems for Thermal Power, Vietnam, Kp Coefficient

Table 46: Air Quality Control Systems for Thermal Power, Vietnam, Kv Coefficient

Table 47: Air Quality Control Systems for Thermal Power, Vietnam, Market Drivers and Restraints

Table 48: Air Quality Control Systems for Thermal Power, Vietnam, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 49: Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), FGD, 2014–2023

Table 50: Air Quality Control Systems for Thermal Power, Vietnam, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 51: Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), SCR, 2014–2023

Table 52: Air Quality Control Systems for Thermal Power, Vietnam, Recent Tenders and Contracts

Table 53: Air Quality Control Systems for Thermal Power, Vietnam, Upcoming Projects

Table 54: Air Quality Control Systems for Thermal Power, Republic of Korea, PM Emission Standards

Table 55: Air Quality Control Systems for Thermal Power, Republic of Korea, SOx Emission Standards

Table 56: Air Quality Control Systems for Thermal Power, Republic of Korea, NOx Emission Standards

Table 57: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Drivers and Restraints

Table 58: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 59: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FGD, 2014–2023

Table 60: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 61: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), SCR, 2014–2023

Table 62: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 63: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FF, 2014–2023

Table 64: Air Quality Control Systems for Thermal Power, Republic Of Korea, Recent Tenders and Contracts

Table 65: Air Quality Control Systems for Thermal Power, Republic of Korea, Upcoming Projects

Table 66: Air Quality Control Systems for Thermal Power, Malaysia, Emission Limit for Power Generation Boilers

Table 67: Air Quality Control Systems for Thermal Power, Malaysia, Market Drivers and Restraints

Table 68: Air Quality Control Systems for Thermal Power, Malaysia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 69: Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FGD, 2014–2023

Table 70: Air Quality Control Systems for Thermal Power, Malaysia, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 71: Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FF, 2014–2023

Table 72: Air Quality Control Systems for Thermal Power, Malaysia, Upcoming Projects

Table 73: Air Quality Control Systems, Indonesia, Emission Limit Values for Thermal Power Plants

Table 74: Air Quality Control Systems for Thermal Power, Indonesia, Market Drivers and Restraints

Table 75: Air Quality Control Systems for Thermal Power, Indonesia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 76: Air Quality Control Systems for Thermal Power, Indonesia, Market Value ($m), FGD, 2014–2023

Table 77: Air Quality Control Systems for Thermal Power, Indonesia, Recent Tenders and Contracts

Table 78: Air Quality Control Systems for Thermal Power, Indonesia, Upcoming Projects

Table 79: Air Quality Control Systems for Thermal Power, Japan, Emission Standards for Soot and Dust Emitted from Coal Combustion Boilers and Gasifiers

Table 80: Air Quality Control Systems for Thermal Power, Japan, K values for General Emission Standards

Table 81: Air Quality Control Systems for Thermal Power, Japan, K values for Special Emission Standards

Table 82: Air Quality Control Systems for Thermal Power, Japan, NOx Emission Standards for Coal Combustion Boilers and Gasifiers

Table 83: Air Quality Control Systems for Thermal Power, Japan, Market Drivers and Restraints

Table 84: Air Quality Control Systems for Thermal Power, Japan, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 85: Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), FGD, 2014–2023

Table 86: Air Quality Control Systems for Thermal Power, Japan, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 87: Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), SCR, 2014–2023

Table 88: Air Quality Control Systems for Thermal Power, Japan, Recent Tenders and Contracts

Table 89: Air Quality Control Systems for Thermal Power, Japan, Upcoming Projects

Table 90: Air Quality Control Systems for Thermal Power, Taiwan, PM Emission Standards from Steam Turbines

Table 91: Air Quality Control Systems for Thermal Power, Taiwan, SOx Emission Standards of Steam Turbines

Table 92: Air Quality Control Systems for Thermal Power, Taiwan, NOx Emission Standards of Steam Turbines

Table 93: Air Quality Control Systems for Thermal Power, Taiwan, PM Emission Standards of Power Boilers

Table 94: Air Quality Control Systems for Thermal Power, Taiwan, SOx Emission Standards of Power Boilers

Table 95: Air Quality Control Systems for Thermal Power, Taiwan, NOx Emission Standards of Power Boilers

Table 96: Air Quality Control Systems for Thermal Power, Taiwan, Market Drivers and Restraints

Table 97: Air Quality Control Systems for Thermal Power, Taiwan, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 98: Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), FGD, 2014–2023

Table 99: Air Quality Control Systems for Thermal Power, Taiwan, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 100: Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), SCR, 2014–2023

Table 101: Air Quality Control Systems for Thermal Power, Taiwan, Recent Tenders and Contracts

Table 102: Air Quality Control Systems for Thermal Power, Taiwan, Upcoming Projects

Table 103: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Table 104: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FGD, 2014–2023

Table 105: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Table 106: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), SCR, 2014–2023

Table 107: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Table 108: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FF, 2014–2023

Table 109: Air Quality Control Systems for Thermal Power, US, Emission Norms for Coal-Fired Power Plants

Table 110: Air Quality Control Systems for Thermal Power, US, Market Drivers and Restraints

Table 111: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 112: Air Quality Control Systems for Thermal Power, US, Market Value ($m), FGD, 2014–2023

Table 113: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 114: Air Quality Control Systems for Thermal Power, US, Market Value ($m), SCR, 2014–2023

Table 115: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 116: Air Quality Control Systems for Thermal Power, US, Market Value ($m), FF, 2014–2023

Table 117: Air Quality Control Systems for Thermal Power, US, Recent Tenders and Contracts

Table 118: Air Quality Control Systems for Thermal Power, US, Upcoming Projects

Table 119: Air Quality Control Systems for Thermal Power, Chile, Emission Norms for Existing Plants

Table 120: Air Quality Control Systems for Thermal Power, Chile, Emission Norms for New Plants

Table 121: Air Quality Control Systems for Thermal Power, Chile, Market Drivers and Restraints

Table 122: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 123: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FGD, 2014–2023

Table 124: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 125: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), SCR, 2014–2023

Table 126: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 127: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FF, 2014–2023

Table 128: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Table 129: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FGD, 2014–2023

Table 130: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Table 131: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), SCR, 2014–2023

Table 132: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Table 133: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FF, 2014–2023

Table 134: Air Quality Control Systems for Thermal Power, Germany, Emission Limits for New Coal Power Plants

Table 135: Air Quality Control Systems for Thermal Power, Germany, Emission Limits for Existing Coal Power Plants

Table 136: Air Quality Control Systems for Thermal Power, Germany, Market Drivers and Restraints

Table 137: Air Quality Control Systems for Thermal Power, Germany, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 138: Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), FGD, 2014–2023

Table 139: Air Quality Control Systems for Thermal Power, Germany, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 140: Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), SCR, 2014–2023

Table 141: Air Quality Control Systems for Thermal Power, Germany, Upcoming Projects

Table 142: Air Quality Control Systems for Thermal Power, South Africa, Existing Eskom Coal Plants and Decommissioning Period

Table 143: Air Quality Control Systems for Thermal Power, South Africa, Emission Limit Value (mg/m3)

Table 144: Air Quality Control Systems for Thermal Power, South Africa, Market Drivers and Restraints

Table 145: Air Quality Control Systems for Thermal Power, South Africa, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 146: Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FGD, 2014–2023

Table 147: Air Quality Control Systems for Thermal Power, South Africa, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Table 148: Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FF, 2014–2023

Table 149: Air Quality Control Systems for Thermal Power, South Africa, Recent Tenders and Contracts

Table 150: Air Quality Control Systems for Thermal Power, South Africa, Upcoming Projects

Table 151: Air Quality Control Systems for Thermal Power, Poland, Market Drivers and Restraints

Table 152: Air Quality Control Systems for Thermal Power, Poland, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 153: Air Quality Control Systems for Thermal Power, Poland, Market Value ($m), FGD, 2014–2023

Table 154: Air Quality Control Systems for Thermal Power, Poland, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 155: Air Quality Control Systems for Thermal Power, Poland, Market Value ($m), SCR, 2014–2023

Table 156: Air Quality Control Systems for Thermal Power, Poland, Recent Tenders and Contracts

Table 157: Air Quality Control Systems for Thermal Power, Poland, Upcoming Projects

Table 158: Air Quality Control Systems for Thermal Power, Saudi Arabia, Emission Standards for Combustion Facilities

Table 159: Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Drivers and Restraints

Table 160: Air Quality Control Systems for Thermal Power, Saudi Arabia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Table 161: Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), FGD, 2014–2023

Table 162: Air Quality Control Systems for Thermal Power, Saudi Arabia, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Table 163: Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), FGD, 2014–2023

Table 164: Air Quality Control Systems for Thermal Power, Saudi Arabia, Recent Tenders and Contracts

Table 165: Air Quality Control Systems for Thermal Power, Saudi Arabia, Upcoming Projects

Table 166: Air Quality Control Systems for Thermal Power, Abbreviations

Figures

Figure 1: Air Quality Control Systems for Thermal Power, Global, Market Value (%) in Terms of Equipment Types

Figure 2: Air Quality Control Systems for Thermal Power, China, AQCS Market Value ($m), 2019–2023

Figure 3: Air Quality Control Systems for Thermal Power, Global, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 4: Air Quality Control Systems for Thermal Power, Global Power Consumption (TWh), 2014–2018

Figure 5: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Figure 6: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FGD, 2014–2023

Figure 7: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Figure 8: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), SCR, 2014–2023

Figure 9: Air Quality Control Systems for Thermal Power, Global, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Figure 10: Air Quality Control Systems for Thermal Power, Global, Market Value ($m), FF, 2014–2023

Figure 11: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Figure 12: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FGD, 2014–2023

Figure 13: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Figure 14: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), SCR, 2014–2023

Figure 15: Air Quality Control Systems for Thermal Power, Asia-Pacific, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Figure 16: Air Quality Control Systems for Thermal Power, Asia-Pacific, Market Value ($m), FF, 2014–2023

Figure 17: Air Quality Control Systems for Thermal Power, China, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 18: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 19: Air Quality Control Systems for Thermal Power, China, Market Value ($m), FGD, 2014–2023

Figure 20: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 21: Air Quality Control Systems for Thermal Power, China, Market Value ($m), SCR, 2014–2023

Figure 22: Air Quality Control Systems for Thermal Power, China, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 23: Air Quality Control Systems for Thermal Power, China, Market Value ($m), FF,2014–2023

Figure 24: Air Quality Control Systems for Thermal Power, India, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 25: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 26: Air Quality Control Systems for Thermal Power, India, Market Value ($m), FGD, 2014–2023

Figure 27: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 28: Air Quality Control Systems for Thermal Power, India, Market Value ($m), SCR, 2014–2023

Figure 29: Air Quality Control Systems for Thermal Power, India, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 30: Air Quality Control Systems for Thermal Power, India, Market Value ($m), FF, 2014–2023

Figure 31: Air Quality Control Systems for Thermal Power, Vietnam, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 32: Air Quality Control Systems for Thermal Power, Vietnam, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 33: Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), FGD, 2014–2023

Figure 34: Air Quality Control Systems for Thermal Power, Vietnam, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 35: Air Quality Control Systems for Thermal Power, Vietnam, Market Value ($m), SCR, 2014–2023

Figure 36: Air Quality Control Systems for Thermal Power, Republic of Korea, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 37: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 38: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FGD, 2014–2023

Figure 39: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 40: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), SCR, 2014–2023

Figure 41: Air Quality Control Systems for Thermal Power, Republic of Korea, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 42: Air Quality Control Systems for Thermal Power, Republic of Korea, Market Value ($m), FF, 2014–2023

Figure 43: Air Quality Control Systems for Thermal Power, Malaysia, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 44: Air Quality Control Systems for Thermal Power, Malaysia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 45: Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FGD, 2014–2023

Figure 46: Air Quality Control Systems for Thermal Power, Malaysia, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 47: Air Quality Control Systems for Thermal Power, Malaysia, Market Value ($m), FF, 2014–2023

Figure 48: Air Quality Control Systems for Thermal Power, Indonesia, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 49: Air Quality Control Systems for Thermal Power, Indonesia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 50: Air Quality Control Systems for Thermal Power, Indonesia, Market Value ($m), FGD, 2014–2023

Figure 51: Air Quality Control Systems for Thermal Power, Japan, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 52: Air Quality Control Systems for Thermal Power, Japan, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 53: Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), FGD, 2014–2023

Figure 54: Air Quality Control Systems for Thermal Power, Japan, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 55: Air Quality Control Systems for Thermal Power, Japan, Market Value ($m), SCR, 2014–2023

Figure 56: Air Quality Control Systems for Thermal Power, Taiwan, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 57: Air Quality Control Systems for Thermal Power, Taiwan, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 58: Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), FGD, 2014–2023

Figure 59: Air Quality Control Systems for Thermal Power, Taiwan, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 60: Air Quality Control Systems for Thermal Power, Taiwan, Market Value ($m), SCR, 2014–2023

Figure 61: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Figure 62: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FGD, 2014–2023

Figure 63: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Figure 64: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), SCR, 2014–2023

Figure 65: Air Quality Control Systems for Thermal Power, Americas, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Figure 66: Air Quality Control Systems for Thermal Power, Americas, Market Value ($m), FF, 2014–2023

Figure 67: Air Quality Control Systems for Thermal Power, US, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 68: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 69: Air Quality Control Systems for Thermal Power, US, Market Value ($m), FGD, 2014–2023

Figure 70: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 71: Air Quality Control Systems for Thermal Power, US, Market Value ($m), SCR, 2014–2023

Figure 72: Air Quality Control Systems for Thermal Power, US, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 73: Air Quality Control Systems for Thermal Power, US, Market Value ($m), FF, 2014–2023

Figure 74: Air Quality Control Systems for Thermal Power, Chile, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 75: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 76: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FGD, 2014–2023

Figure 77: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 78: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), SCR, 2014–2023

Figure 79: Air Quality Control Systems for Thermal Power, Chile, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 80: Air Quality Control Systems for Thermal Power, Chile, Market Value ($m), FF, 2014–2023

Figure 81: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), FGD, 2014–2023

Figure 82: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FGD, 2014–2023

Figure 83: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), SCR, 2014–2023

Figure 84: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), SCR, 2014–2023

Figure 85: Air Quality Control Systems for Thermal Power, EMEA, Annual Shipment by Capacity Segment (GW), FF, 2014–2023

Figure 86: Air Quality Control Systems for Thermal Power, EMEA, Market Value ($m), FF, 2014–2023

Figure 87: Air Quality Control Systems for Thermal Power, Germany, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 88: Air Quality Control Systems for Thermal Power, Germany, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 89: Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), FGD, 2014–2023

Figure 90: Air Quality Control Systems for Thermal Power, Germany, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 91: Air Quality Control Systems for Thermal Power, Germany, Market Value ($m), SCR, 2014–2023

Figure 92: Air Quality Control Systems for Thermal Power, South Africa, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 93: Air Quality Control Systems for Thermal Power, South Africa, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 94: Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FGD, 2014–2023

Figure 95: Air Quality Control Systems for Thermal Power, South Africa, Annual Shipment by Capacity Segment (MW), FF, 2014–2023

Figure 96: Air Quality Control Systems for Thermal Power, South Africa, Market Value ($m), FF, 2014–2023

Figure 97: Air Quality Control Systems for Thermal Power, Poland, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 98: Air Quality Control Systems for Thermal Power, Poland, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 99: Air Quality Control Systems for Thermal Power, Poland, Market Value ($m), FGD, 2014–2023

Figure 100: Air Quality Control Systems for Thermal Power, Poland, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 101: Air Quality Control Systems for Thermal Power, Poland, Market Value ($m), SCR, 2014–2023

Figure 102: Air Quality Control Systems for Thermal Power, Saudi Arabia, Cumulative Installed Capacity (%), by Fuel Sources, 2018 and 2023

Figure 103: Air Quality Control Systems for Thermal Power, Saudi Arabia, Annual Shipment by Capacity Segment (MW), FGD, 2014–2023

Figure 104: Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), FGD, 2014–2023

Figure 105: Air Quality Control Systems for Thermal Power, Saudi Arabia, Annual Shipment by Capacity Segment (MW), SCR, 2014–2023

Figure 106: Air Quality Control Systems for Thermal Power, Saudi Arabia, Market Value ($m), SCR, 2014–2023

Frequently asked questions

Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023 standard reports
Currency USD
$3,995

Can be used by individual purchaser only

$11,985

Can be shared globally by unlimited users within the purchasing corporation e.g. all employees of a single company


Undecided about purchasing this report?

Enquire Before Buying Request a Free Sample

Get in touch to find out about multi-purchase discounts

reportstore@globaldata.com
Tel +44 20 7947 2745

Every customer’s requirement is unique. With over 220,000 construction projects tracked, we can create a tailored dataset for you based on the types of projects you are looking for. Please get in touch with your specific requirements and we can send you a quote.

Sample Report

Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023 was curated by the best experts in the industry and we are confident about its unique quality. However, we want you to make the most beneficial decision for your business, so we offer free sample pages to help you:

  • Assess the relevance of the report
  • Evaluate the quality of the report
  • Justify the cost

Download your copy of the sample report and make an informed decision about whether the full report will provide you with the insights and information you need.

Below is a sample report to understand what you are buying

See what our customers are saying

“The GlobalData platform is our go-to tool for intelligence services. GlobalData provides an easy way to access comprehensive intelligence data around multiple sectors, which essentially makes it a one-for-all intelligence platform, for tendering and approaching customers.

GlobalData is very customer orientated, with a high degree of personalised services, which benefits everyday use. The highly detailed project intelligence and forecast reports can be utilised across multiple departments and workflow scopes, from operational to strategic level, and often support strategic decisions. GlobalData Analytics and visualisation solutions has contributed positively when preparing management presentations and strategic papers.”

Business Intelligence & Marketing Manager, SAL Heavy Lift

“COVID-19 has caused significant interference to our business and the COVID-19 intelligence from GlobalData has helped us reach better decisions around strategy. These two highlights have helped enormously to understand the projections into the future concerning our business units, we also utilise the project database to source new projects for Liebherr-Werk to use as an additional source to pitch for new business.”

Market Analyst & Management, Liebherr-Werk

Your daily news has saved me a lot of time and keeps me up-to-date with what is happening in the market, I like that you almost always have a link to the source origin. We also use your market data in our Strategic Business Process to support our business decisions. By having everything in one place on the Intelligence Center it has saved me a lot of time versus looking on different sources, the alert function also helps with this.

Head of Key Accounts, Saab AB

Having used several other market research companies, I find that GlobalData manages to provide that ‘difficult-to-get’ market data that others can’t, as well as very diverse and complete consumer surveys.

Marketing Intelligence Manager, Portugal Foods

Our experience with GlobalData has been very good, from the platform itself to the people. I find that the analysts and the account team have a high level of customer focus and responsiveness and therefore I can always rely on. The platform is more holistic than other providers. It is convenient and almost like a one stop shop. The pricing suite is highly competitive and value for our organisation.

I like reports that inform new segments such as the analysis on generation Z, millennials, the impact of COVID 19 to our banking customers and their new channel habits. Secondly the specialist insight on affluent sector significantly increases our understanding about this group of customers. The combination of those give us depth and breadth of the evolving market.

I’m in the business of answering and helping people make decisions so with the intelligence center I can do that, effectively and efficiently. I can share quickly key insights that answer and satisfy our country stakeholders by giving them many quality studies and primary research about competitive landscape beyond the outlook of our bank. It helps me be seen as an advisory partner and that makes a big difference. A big benefit of our subscription is that no one holds the whole data and because it allows so many people, so many different parts of our organisation have access, it enables all teams to have the same level of knowledge and decision support.

Head of Customer Insight and Research, Standard Chartered

“I know that I can always rely on Globaldata’s work when I’m searching for the right consumer and market insights. I use Globaldata insights to understand the changing market & consumer landscape and help create better taste & wellbeing solutions for our customers in food, beverage and healthcare industries.

Globaldata has the right data and the reports are of very high quality compared to your competitors. Globaldata not only has overall market sizes & consumer insights on food & beverages but also provides insights at the ingredient & flavour level. That is key for B2B companies like Givaudan. This way we understand our customers’ business and also gain insight to our unique industry”

Head of Consumer Sensory Insights, Givaudan

GlobalData provides a great range of information and reports on various sectors that is highly relevant, timely, easy to access and utilise.  The reports and data dashboards help engagement with clients; they provide valuable industry and market insights that can enrich client conversations and can help in the shaping of value propositions. Moreover, using GlobalData products has helped increase my knowledge of the finance sector, the players within it, and the general threats and opportunities.

I find the consumer surveys that are carried out to be extremely beneficial and not something I have seen anywhere else. They provided an insightful view of why and which consumers take (or don’t) particular financial products. This can help shape conversations with clients to ensure they make the right strategic decisions for their business.

One of the challenges I have found is that data in the payments space is often piecemeal. With GD all of the data I need is in one place, but it also comes with additional market reports that provide useful extra context and information. Having the ability to set-up alerts on relevant movements in the industry, be it competitors or customers, and have them emailed directly to me, ensures I get early sight of industry activity and don’t have to search for news.

Senior Account Manager, TSYS
Go even deeper with GlobalData Intelligence Center

Every Company Report we produce is powered by the GlobalData Intelligence Center.

Subscribing to our intelligence platform means you can monitor developments at Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023 in real time.

  • Access a live Air Quality Control Systems for Thermal Power, Update 2019 – Global Market Size, Competitive Landscape and Key Country Analysis to 2023 dashboard for 12 months, with up-to-the-minute insights.
  • Fuel your decision making with real-time deal coverage and media activity.
  • Turn insights on financials, deals, products and pipelines into powerful agents of commercial advantage.