The latest research study on the global Hot Blast Valves market finds that the global Hot Blast Valves market reached a value of USD XXX million in . It's expected that the market will achieve USD XXX million by , exhibiting a CAGR of X.X% during the forecast period.
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The report covers a research time span from to ; combines extensive quantitative analysis and exhaustive qualitative analysis; presents not only an overview of the global Hot Blast Valves market in metrics of sales, revenue, growth rate, but also a deeper dive into the segmented market by region, product type and downstream industry, showing the readers a clear and distinct picture of how the market is distributed from different perspectives.
For competitive landscape, prominent players with considerable market shares are comprehensively analyzed in this report. With information regarding the concentration ratio and detailed data reflecting the market performance of each player shared, the readers can acquire a holistic view of the competitive situation and a better understanding of their competitors.
As the COVID-19 takes over the world, we are continuously tracking the changes in the markets. We analyzed the impact of the pandemic in detail, along with other key factors, such as macro-economy, regional conflicts, industry related news and policies. Meanwhile, market investment scenario, technology status and developments, supply chain challenges, among other essential research elements are all covered.
In a nutshell, this report is a must-read for industry players, investors, researchers, consultants, business strategists, and all those who have any kind of stake or are planning to foray into the market in any manner.
The report also studies the competitive situation of the market and researches the major market participants. Major companies covered are as follows:
Major Companies Covered
Qinghuangdao Qinye Heavy Industry
Shilin Metallurgical Equipment Co, Ltd
Kurimoto, Ltd
Tieling Bowang Valve Co, Ltd
Guocheng Valve
VCL
Zhejiang RGVC
Shandong Antai Value
Yosmite Engineering
Zhejiang Yubei Shuangjin Valve Co, Ltd
Z&J Technologies GmbH
Liangjing Group
Shanghai High Pressure Value
Segment markets are listed below:
Major Types Covered
Hydraulic Chain Drive
Electric Chain Drive
Hand Chain Drive
Major Downstream Industry Covered
External Combustion Type Hot Blast Stove
Internal Combustion Type Hot Blast Stove
Top-fired Hot Blast Stove
Major Countries Covered
North America
United States
Canada
Europe
Germany
UK
France
Italy
Spain
Russia
Netherlands
Turkey
Switzerland
Sweden
Asia Pacific
China
Japan
South Korea
Australia
India
Indonesia
Philippines
Malaysia
Latin America
Brazil
Mexico
Argentina
Middle East & Africa
South Africa
UAE
Egypt
Saudi Arabia
Key Factors Considered
COVID-19
Amid the COVID-19 crisis, the Hot Blast Valves market has definitely taken a hit. The report describes the market scenario during and post the pandemic in the vision of upstream raw materials, major market participants, downstream major customers, etc. Other aspects, such as changes in consumer behavior, demand, transport capacity, trade flow under COVID-19, have also been taken into consideration during the process of the research.
Regional Conflict / Russia-Ukraine War
The report also presents the impact of regional conflict on this market in an effort to aid the readers to understand how the market has been adversely influenced and how it's going to evolve in the years to come.
Challenges & Opportunities
Factors that may help create opportunities and boost profits for market players, as well as challenges that may restrain or even pose a threat to the development of the players, are revealed in the report, which can shed a light on strategic decisions and implementation.
Chapter Outline
Chapter 1 starts the report with a brief overview of the research scope, as well as the definitions of the target market and the subdivisions.
Chapter 2 integrates and sketches the research findings and conclusions in a clear and explicit way.
Chapter 3 presents the competitive landscape by displaying the sales, revenue, and market shares of the top players. It also profiles the major market participants with their business introductions, sales, price, revenue, gross, growth rates, etc.
Chapter 4 breaks down the market by different product types and shares data correspondingly with the aim of helping the readers know how the market is distributed by type.
Chapter 5 segments the market by downstream industry, with data covers sales, revenue, and growth rate tracing back to .
Chapter 6 is the analysis of the whole market industrial chain, ranging from upstream raw materials to downstream customers, with regional conflicts taken into consideration.
Chapter 7 elaborates on market dynamics. Factors that drive, challenge, or restrain the market are all listed, together with industry news, opportunities, impacts of COVID-19, and SWOT analysis.
Chapter 8 shows the breakdown data at the regional level, which enables the readers to picture the regional competitive pattern of the market and learn about the revenue, sales, and market share of all the major regions.
Chapter 9-13 focus on each and every of the major region, specifically, North America, Europe, Asia Pacific, Latin America, Middle East & Africa. Sales, price, revenue, gross, gross margin, among others, will all be presented.
Chapter 14 forecasts the future trend of the market not only as a whole but also from the perspective of all segments.
Research Scope
The research covers a time span from to , based in , with historic data tracing back to and forecast data projecting forward to .
This report provides an overview of the global Hot Blast Valves market and analyzes the segmented market by product type, downstream industry and region, presenting data points such as sales, revenue, growth rate, explaining the current status and future trends of the Hot Blast Valves and its sub-markets in an intuitive way.
Table of Content
1 Market Definition and Statistical Scope
1.1 Objective of the Study
1.2 Hot Blast Valves Market Definition
1.3 Market Scope
1.3.1 Market Segmentation by Type, Downstream Industry and Marketing Channel
1.3.2 Major Geographies Covered (North America, Europe, Asia Pacific, Middle East & Africa, Latin America)
1.4 Years Considered for the Study (-)
1.5 Currency Considered (U.S. Dollar)
1.6 Stakeholders
2 Research Findings and Conclusion
3 Key Companies' Profile
3.1 Qinghuangdao Qinye Heavy Industry
3.1.1 Brief Introduction of Qinghuangdao Qinye Heavy Industry
3.1.2 Qinghuangdao Qinye Heavy Industry Sales, Growth Rate and Global Market Share from -
3.1.3 Qinghuangdao Qinye Heavy Industry Related Products/Service Introduction
3.1.4 Qinghuangdao Qinye Heavy Industry Business Overview/Recent Development/Acquisitions
3.2 Shilin Metallurgical Equipment Co, Ltd
3.2.1 Brief Introduction of Shilin Metallurgical Equipment Co, Ltd
3.2.2 Shilin Metallurgical Equipment Co, Ltd Sales, Growth Rate and Global Market Share from -
3.2.3 Shilin Metallurgical Equipment Co, Ltd Related Products/Service Introduction
3.2.4 Shilin Metallurgical Equipment Co, Ltd Business Overview/Recent Development/Acquisitions
3.3 Kurimoto, Ltd
3.3.1 Brief Introduction of Kurimoto, Ltd
3.3.2 Kurimoto, Ltd Sales, Growth Rate and Global Market Share from -
3.3.3 Kurimoto, Ltd Related Products/Service Introduction
3.3.4 Kurimoto, Ltd Business Overview/Recent Development/Acquisitions
3.4 Tieling Bowang Valve Co, Ltd
3.4.1 Brief Introduction of Tieling Bowang Valve Co, Ltd
3.4.2 Tieling Bowang Valve Co, Ltd Sales, Growth Rate and Global Market Share from -
3.4.3 Tieling Bowang Valve Co, Ltd Related Products/Service Introduction
3.4.4 Tieling Bowang Valve Co, Ltd Business Overview/Recent Development/Acquisitions
3.5 Guocheng Valve
3.5.1 Brief Introduction of Guocheng Valve
3.5.2 Guocheng Valve Sales, Growth Rate and Global Market Share from -
3.5.3 Guocheng Valve Related Products/Service Introduction
3.5.4 Guocheng Valve Business Overview/Recent Development/Acquisitions
3.6 VCL
3.6.1 Brief Introduction of VCL
3.6.2 VCL Sales, Growth Rate and Global Market Share from -
3.6.3 VCL Related Products/Service Introduction
3.6.4 VCL Business Overview/Recent Development/Acquisitions
3.7 Zhejiang RGVC
3.7.1 Brief Introduction of Zhejiang RGVC
3.7.2 Zhejiang RGVC Sales, Growth Rate and Global Market Share from -
3.7.3 Zhejiang RGVC Related Products/Service Introduction
3.7.4 Zhejiang RGVC Business Overview/Recent Development/Acquisitions
3.8 Shandong Antai Value
3.8.1 Brief Introduction of Shandong Antai Value
3.8.2 Shandong Antai Value Sales, Growth Rate and Global Market Share from -
3.8.3 Shandong Antai Value Related Products/Service Introduction
3.8.4 Shandong Antai Value Business Overview/Recent Development/Acquisitions
3.9 Yosmite Engineering
3.9.1 Brief Introduction of Yosmite Engineering
3.9.2 Yosmite Engineering Sales, Growth Rate and Global Market Share from -
3.9.3 Yosmite Engineering Related Products/Service Introduction
3.9.4 Yosmite Engineering Business Overview/Recent Development/Acquisitions
3.10 Zhejiang Yubei Shuangjin Valve Co, Ltd
3.10.1 Brief Introduction of Zhejiang Yubei Shuangjin Valve Co, Ltd
3.10.2 Zhejiang Yubei Shuangjin Valve Co, Ltd Sales, Growth Rate and Global Market Share from -
3.10.3 Zhejiang Yubei Shuangjin Valve Co, Ltd Related Products/Service Introduction
3.10.4 Zhejiang Yubei Shuangjin Valve Co, Ltd Business Overview/Recent Development/Acquisitions
3.11 Z&J Technologies GmbH
3.11.1 Brief Introduction of Z&J Technologies GmbH
3.11.2 Z&J Technologies GmbH Sales, Growth Rate and Global Market Share from -
3.11.3 Z&J Technologies GmbH Related Products/Service Introduction
3.11.4 Z&J Technologies GmbH Business Overview/Recent Development/Acquisitions
3.12 Liangjing Group
3.12.1 Brief Introduction of Liangjing Group
3.12.2 Liangjing Group Sales, Growth Rate and Global Market Share from -
3.12.3 Liangjing Group Related Products/Service Introduction
3.12.4 Liangjing Group Business Overview/Recent Development/Acquisitions
3.13 Shanghai High Pressure Value
3.13.1 Brief Introduction of Shanghai High Pressure Value
3.13.2 Shanghai High Pressure Value Sales, Growth Rate and Global Market Share from -
3.13.3 Shanghai High Pressure Value Related Products/Service Introduction
3.13.4 Shanghai High Pressure Value Business Overview/Recent Development/Acquisitions
4.Global Hot Blast Valves Market Segmented by Type
4.1 Hydraulic Chain Drive Market Sales, Revenue and Growth Rate -
4.2 Electric Chain Drive Market Sales, Revenue and Growth Rate -
4.3 Hand Chain Drive Market Sales, Revenue and Growth Rate -
5 Global Hot Blast Valves Market Segmented by Downstream Industry
5.1 External Combustion Type Hot Blast Stove Market Sales, Revenue and Growth Rate -
5.2 Internal Combustion Type Hot Blast Stove Market Sales, Revenue and Growth Rate -
5.3 Top-fired Hot Blast Stove Market Sales, Revenue and Growth Rate -
6 Hot Blast Valves Industry Chain Analysis
6.1 Value Chain Status
6.2 Upstream Raw Material Analysis
6.3 Midstream Major Company Analysis (by Manufacturing Base, by Product Type)
6.4 Distributors/Traders
6.5 Downstream Major Customer Analysis (by Region)
6.6 Value Chain Under Regional Conflicts
7 The Development and Dynamics of Hot Blast Valves Market
7.1 Driving Factors of the Market
7.2 Factors Challenging the Market
7.3 Opportunities of the Global Hot Blast Valves Market (Regions, Growing/Emerging Downstream Market Analysis)
7.4 Technology Status and Developments in the Hot Blast Valves Market
7.5 Industry News
7.6 Market Investment Scenario Strategic Recommendations
7.7 COVID-19 Impact on Hot Blast Valves Industry
7.7.1 Hot Blast Valves Business Impact Assessment - COVID-19
7.7.2 Supply Chain Challenges
7.7.3 Market Trends and Potential Opportunities of Hot Blast Valves in the COVID-19 Landscape
7.8 Industry SWOT Analysis
8 Global Hot Blast Valves Market Segmented by Geography
8.1 Global Hot Blast Valves Revenue and Market Share by Region -
8.2 Global Hot Blast Valves Sales and Market Share by Region -
9 North America
9.1 North America Hot Blast Valves Sales, Price, Revenue, Gross Margin (%) and Gross Analysis from -
9.2 North America Hot Blast Valves Sales Analysis from -
9.3 North America Hot Blast Valves Import and Export from -
9.4 North America Hot Blast Valves Market by Country
9.4.1 North America Hot Blast Valves Sales by Country (-)
9.4.2 North America Hot Blast Valves Revenue by Country (-)
9.4.3 United States Hot Blast Valves Sales and Growth (-)
9.4.4 Canada Hot Blast Valves Sales and Growth (-)
10 Europe
10.1 Europe Hot Blast Valves Sales, Price, Revenue, Gross Margin (%) and Gross Analysis from -
10.2 Europe Hot Blast Valves Sales Analysis from -
10.3 Europe Hot Blast Valves Import and Export from -
10.4 Europe Hot Blast Valves Market by Country
10.4.1 Europe Hot Blast Valves Sales by Country (-)
10.4.2 Europe Hot Blast Valves Revenue by Country (-)
10.4.3 Germany Hot Blast Valves Sales and Growth (-)
10.4.4 UK Hot Blast Valves Sales and Growth (-)
10.4.5 France Hot Blast Valves Sales and Growth (-)
10.4.6 Italy Hot Blast Valves Sales and Growth (-)
10.4.7 Spain Hot Blast Valves Sales and Growth (-)
10.4.8 Russia Hot Blast Valves Sales and Growth (-)
10.4.9 Netherlands Hot Blast Valves Sales and Growth (-)
10.4.10 Turkey Hot Blast Valves Sales and Growth (-)
10.4.11 Switzerland Hot Blast Valves Sales and Growth (-)
10.4.12 Sweden Hot Blast Valves Sales and Growth (-)
11 Asia Pacific
11.1 Asia Pacific Hot Blast Valves Sales, Price, Revenue, Gross Margin (%) and Gross Analysis from -
11.2 Asia Pacific Hot Blast Valves Sales Analysis from -
11.3 Asia Pacific Hot Blast Valves Import and Export from -
11.4 Asia Pacific Hot Blast Valves Market by Country
11.4.1 Asia Pacific Hot Blast Valves Sales by Country (-)
11.4.2 Asia Pacific Hot Blast Valves Revenue by Country (-)
11.4.3 China Hot Blast Valves Sales and Growth (-)
11.4.4 Japan Hot Blast Valves Sales and Growth (-)
11.4.5 South Korea Hot Blast Valves Sales and Growth (-)
11.4.6 Australia Hot Blast Valves Sales and Growth (-)
11.4.7 India Hot Blast Valves Sales and Growth (-)
11.4.8 Indonesia Hot Blast Valves Sales and Growth (-)
11.4.9 Philippines Hot Blast Valves Sales and Growth (-)
11.4.10 Malaysia Hot Blast Valves Sales and Growth (-)
12 Latin America
12.1 Latin America Hot Blast Valves Sales, Price, Revenue, Gross Margin (%) and Gross Analysis from -
12.2 Latin America Hot Blast Valves Sales Analysis from -
12.3 Latin America Hot Blast Valves Import and Export from -
12.4 Latin America Hot Blast Valves Market by Country
12.4.1 Latin America Hot Blast Valves Sales by Country (-)
12.4.2 Latin America Hot Blast Valves Revenue by Country (-)
12.4.3 Brazil Hot Blast Valves Sales and Growth (-)
12.4.4 Mexico Hot Blast Valves Sales and Growth (-)
12.4.5 Argentina Hot Blast Valves Sales and Growth (-)
13 Middle East & Africa
13.1 Middle East & Africa Hot Blast Valves Sales, Price, Revenue, Gross Margin (%) and Gross Analysis from -
13.2 Middle East & Africa Hot Blast Valves Sales Analysis from -
13.3 Middle East & Africa Hot Blast Valves Import and Export from -
13.4 Middle East & Africa Hot Blast Valves Market by Country
13.4.1 Middle East & Africa Hot Blast Valves Sales by Country (-)
13.4.2 Middle East & Africa Hot Blast Valves Revenue by Country (-)
13.4.3 Saudi Arabia Hot Blast Valves Sales and Growth (-)
13.4.4 UAE Hot Blast Valves Sales and Growth (-)
13.4.5 Egypt Hot Blast Valves Sales and Growth (-)
13.4.6 South Africa Hot Blast Valves Sales and Growth (-)
14 Global Hot Blast Valves Market Forecast by Geography, Type, and Downstream Industry -
14.1 Forecast of the Global Hot Blast Valves Market from - by Region
14.2 Global Hot Blast Valves Sales and Growth Rate Forecast by Type (-)
SASTAR supply professional and honest service.
14.3 Global Hot Blast Valves Sales and Growth Rate Forecast by Downstream Industry (-)
14.4 Hot Blast Valves Market Forecast Under COVID-19
15 Appendix
15.1 Methodology
15.2 Research Data Source
List of Tables and Figures
Figure Hot Blast Valves Picture
Table Product Specifications of Hot Blast Valves
Table Global Hot Blast Valves Sales by Players (-)
Table Global Hot Blast Valves Sales Market Share by Players (-)
Table Global Hot Blast Valves Revenue by Players (-)
Table Global Hot Blast Valves Revenue Market Share by Players (-)
Table Brief Introduction of Qinghuangdao Qinye Heavy Industry
Figure Qinghuangdao Qinye Heavy Industry Sales and Growth Rate from -
Figure Qinghuangdao Qinye Heavy Industry Revenue ($) and Global Market Share from -
Table Qinghuangdao Qinye Heavy Industry Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Shilin Metallurgical Equipment Co, Ltd
Figure Shilin Metallurgical Equipment Co, Ltd Sales and Growth Rate from -
Figure Shilin Metallurgical Equipment Co, Ltd Revenue ($) and Global Market Share from -
Table Shilin Metallurgical Equipment Co, Ltd Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Kurimoto, Ltd
Figure Kurimoto, Ltd Sales and Growth Rate from -
Figure Kurimoto, Ltd Revenue ($) and Global Market Share from -
Table Kurimoto, Ltd Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Tieling Bowang Valve Co, Ltd
Figure Tieling Bowang Valve Co, Ltd Sales and Growth Rate from -
Figure Tieling Bowang Valve Co, Ltd Revenue ($) and Global Market Share from -
Table Tieling Bowang Valve Co, Ltd Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Guocheng Valve
Figure Guocheng Valve Sales and Growth Rate from -
Figure Guocheng Valve Revenue ($) and Global Market Share from -
Table Guocheng Valve Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of VCL
Figure VCL Sales and Growth Rate from -
Figure VCL Revenue ($) and Global Market Share from -
Table VCL Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Zhejiang RGVC
Figure Zhejiang RGVC Sales and Growth Rate from -
Figure Zhejiang RGVC Revenue ($) and Global Market Share from -
Table Zhejiang RGVC Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Shandong Antai Value
Figure Shandong Antai Value Sales and Growth Rate from -
Figure Shandong Antai Value Revenue ($) and Global Market Share from -
Table Shandong Antai Value Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Yosmite Engineering
Figure Yosmite Engineering Sales and Growth Rate from -
Figure Yosmite Engineering Revenue ($) and Global Market Share from -
Table Yosmite Engineering Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Zhejiang Yubei Shuangjin Valve Co, Ltd
Figure Zhejiang Yubei Shuangjin Valve Co, Ltd Sales and Growth Rate from -
Figure Zhejiang Yubei Shuangjin Valve Co, Ltd Revenue ($) and Global Market Share from -
Table Zhejiang Yubei Shuangjin Valve Co, Ltd Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Z&J Technologies GmbH
Figure Z&J Technologies GmbH Sales and Growth Rate from -
Figure Z&J Technologies GmbH Revenue ($) and Global Market Share from -
Table Z&J Technologies GmbH Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Liangjing Group
Figure Liangjing Group Sales and Growth Rate from -
Figure Liangjing Group Revenue ($) and Global Market Share from -
Table Liangjing Group Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Brief Introduction of Shanghai High Pressure Value
Figure Shanghai High Pressure Value Sales and Growth Rate from -
Figure Shanghai High Pressure Value Revenue ($) and Global Market Share from -
Table Shanghai High Pressure Value Hot Blast Valves Sales, Price, Revenue, Gross Margin (-)
Table Global Hot Blast Valves Sales and Growth Rate Segment by Product Type from -
Table Global Hot Blast Valves Revenue ($) and Growth Rate Segment by Product Type from -
Figure Hydraulic Chain Drive of Hot Blast Valves
Figure Electric Chain Drive of Hot Blast Valves
Figure Hand Chain Drive of Hot Blast Valves
Table Global Hot Blast Valves Sales and Growth Rate Segment by Downstream Industry from -
Table Global Hot Blast Valves Revenue ($) and Growth Rate Segment by Downstream Industry from -
Figure External Combustion Type Hot Blast Stove of Hot Blast Valves
Figure Internal Combustion Type Hot Blast Stove of Hot Blast Valves
Figure Top-fired Hot Blast Stove of Hot Blast Valves
Figure Value Chain Status of Hot Blast Valves
Table Midstream Major Company Analysis (by Manufacturing Base, by Product Type)
Table Distributors/Traders
Table Downstream Major Customer Analysis (by Region)
Table Driving Factors of the Market
Table Industry News of Hot Blast Valves Market
Table Global Hot Blast Valves Revenue ($) by Region from -
Table Global Hot Blast Valves Revenue Share by Region from -
Figure Global Hot Blast Valves Revenue Share by Region from -
Table Global Hot Blast Valves Sales by Region from -
Table Global Hot Blast Valves Sales Share by Region from -
Figure Global Hot Blast Valves Sales Share by Region from -
Table North America Hot Blast Valves Sales, Price, Revenue ($), Gross Margin (%) and Gross ($) Analysis from -
Figure North America Hot Blast Valves Sales and Growth Rate from -
Figure North America Hot Blast Valves Sales Revenue ($) and Growth Rate from -
Table North America Hot Blast Valves Import and Export from -
Table North America Hot Blast Valves Sales by Country (-)
Table North America Hot Blast Valves Sales Market Share by Country (-)
Figure North America Hot Blast Valves Sales Market Share by Country in
Figure North America Hot Blast Valves Sales Market Share by Country in
Table North America Hot Blast Valves Revenue ($) by Country (-)
Table North America Hot Blast Valves Revenue Share by Country (-)
Figure North America Hot Blast Valves Revenue Share by Country in
Figure North America Hot Blast Valves Revenue Share by Country in
Figure United States Hot Blast Valves Sales and Growth (-)
Figure Canada Hot Blast Valves Sales and Growth (-)
Table Europe Hot Blast Valves Sales, Price, Revenue ($), Gross Margin (%) and Gross ($) Analysis from -
Figure Europe Hot Blast Valves Sales and Growth Rate from -
Figure Europe Hot Blast Valves Sales Revenue ($) and Growth Rate from -
Table Europe Hot Blast Valves Import and Export from -
Table Europe Hot Blast Valves Sales by Country (-)
Table Europe Hot Blast Valves Sales Market Share by Country (-)
Figure Europe Hot Blast Valves Sales Market Share by Country in
Figure Europe Hot Blast Valves Sales Market Share by Country in
Table Europe Hot Blast Valves Revenue ($) by Country (-)
Table Europe Hot Blast Valves Revenue Share by Country (-)
Figure Europe Hot Blast Valves Revenue Share by Country in
Figure Europe Hot Blast Valves Revenue Share by Country in
Figure Germany Hot Blast Valves Sales and Growth (-)
Figure UK Hot Blast Valves Sales and Growth (-)
Figure France Hot Blast Valves Sales and Growth (-)
Figure Italy Hot Blast Valves Sales and Growth (-)
Figure Spain Hot Blast Valves Sales and Growth (-)
Figure Russia Hot Blast Valves Sales and Growth (-)
Figure Netherlands Hot Blast Valves Sales and Growth (-)
Figure Turkey Hot Blast Valves Sales and Growth (-)
Figure Switzerland Hot Blast Valves Sales and Growth (-)
Figure Sweden Hot Blast Valves Sales and Growth (-)
Table Asia Pacific Hot Blast Valves Sales, Price, Revenue ($), Gross Margin (%) and Gross ($) Analysis from -
Figure Asia Pacific Hot Blast Valves Sales and Growth Rate from -
Figure Asia Pacific Hot Blast Valves Sales Revenue ($) and Growth Rate from -
Table Asia Pacific Hot Blast Valves Import and Export from -
Table Asia Pacific Hot Blast Valves Sales by Country (-)
Table Asia Pacific Hot Blast Valves Sales Market Share by Country (-)
Figure Asia Pacific Hot Blast Valves Sales Market Share by Country in
Figure Asia Pacific Hot Blast Valves Sales Market Share by Country in
Table Asia Pacific Hot Blast Valves Revenue ($) by Country (-)
Table Asia Pacific Hot Blast Valves Revenue Share by Country (-)
Figure Asia Pacific Hot Blast Valves Revenue Share by Country in
Figure Asia Pacific Hot Blast Valves Revenue Share by Country in
Figure China Hot Blast Valves Sales and Growth (-)
Figure Japan Hot Blast Valves Sales and Growth (-)
Figure South Korea Hot Blast Valves Sales and Growth (-)
Figure Australia Hot Blast Valves Sales and Growth (-)
Figure India Hot Blast Valves Sales and Growth (-)
Figure Indonesia Hot Blast Valves Sales and Growth (-)
Figure Philippines Hot Blast Valves Sales and Growth (-)
Figure Malaysia Hot Blast Valves Sales and Growth (-)
Table Latin America Hot Blast Valves Sales, Price, Revenue ($), Gross Margin (%) and Gross ($) Analysis from -
Figure Latin America Hot Blast Valves Sales and Growth Rate from -
Figure Latin America Hot Blast Valves Sales Revenue ($) and Growth Rate from -
Table Latin America Hot Blast Valves Import and Export from -
Table Latin America Hot Blast Valves Sales by Country (-)
Table Latin America Hot Blast Valves Sales Market Share by Country (-)
Figure Latin America Hot Blast Valves Sales Market Share by Country in
Figure Latin America Hot Blast Valves Sales Market Share by Country in
Table Latin America Hot Blast Valves Revenue ($) by Country (-)
Table Latin America Hot Blast Valves Revenue Share by Country (-)
Figure Latin America Hot Blast Valves Revenue Share by Country in
Figure Latin America Hot Blast Valves Revenue Share by Country in
Figure Brazil Hot Blast Valves Sales and Growth (-)
Figure Mexico Hot Blast Valves Sales and Growth (-)
Figure Argentina Hot Blast Valves Sales and Growth (-)
Table Middle East & Africa Hot Blast Valves Sales, Price, Revenue ($), Gross Margin (%) and Gross ($) Analysis from -
Figure Middle East & Africa Hot Blast Valves Sales and Growth Rate from -
Figure Middle East & Africa Hot Blast Valves Sales Revenue ($) and Growth Rate from -
Table Middle East & Africa Hot Blast Valves Import and Export from -
Table Middle East & Africa Hot Blast Valves Sales by Country (-)
Table Middle East & Africa Hot Blast Valves Sales Market Share by Country (-)
Figure Middle East & Africa Hot Blast Valves Sales Market Share by Country in
Figure Middle East & Africa Hot Blast Valves Sales Market Share by Country in
Table Middle East & Africa Hot Blast Valves Revenue ($) by Country (-)
Table Middle East & Africa Hot Blast Valves Revenue Share by Country (-)
Figure Middle East & Africa Hot Blast Valves Revenue Share by Country in
Figure Middle East & Africa Hot Blast Valves Revenue Share by Country in
Figure Saudi Arabia Hot Blast Valves Sales and Growth (-)
Figure UAE Hot Blast Valves Sales and Growth (-)
Figure Egypt Hot Blast Valves Sales and Growth (-)
Figure South Africa Hot Blast Valves Sales and Growth (-)
Table Global Hot Blast Valves Revenue ($) and Growth Rate Forecast by Region (-)
Table Global Hot Blast Valves Sales and Growth Rate Forecast by Region (-)
Figure North America Market Revenue ($) and Growth Rate Forecast (-)
Figure Europe Market Revenue ($) and Growth Rate Forecast (-)
Figure Asia Pacific Market Revenue ($) and Growth Rate Forecast (-)
Figure Latin America Market Revenue ($) and Growth Rate Forecast (-)
Figure Middle East & Africa Market Revenue ($) and Growth Rate Forecast (-)
Table Global Hot Blast Valves Sales and Growth Rate Forecast by Type (-)
Figure Global Hot Blast Valves Market Revenue ($) and Growth Rate Forecast of Hydraulic Chain Drive (-)
Figure Global Hot Blast Valves Market Revenue ($) and Growth Rate Forecast of Electric Chain Drive (-)
Figure Global Hot Blast Valves Market Revenue ($) and Growth Rate Forecast of Hand Chain Drive (-)
Table Global Hot Blast Valves Sales and Growth Rate Forecast by Downstream Industry (-)
Figure Market Revenue ($) and Growth Rate Forecast of External Combustion Type Hot Blast Stove (-)
Figure Market Revenue ($) and Growth Rate Forecast of Internal Combustion Type Hot Blast Stove (-)
Figure Market Revenue ($) and Growth Rate Forecast of Top-fired Hot Blast Stove (-)
Since , M HEAVY TECHNOLOGY has completed over 90 blast furnace design and construction projects.
The company has patent inventions that allow the following:
For designing, construction, and modernization of the blast furnace facilities, the company provides comprehensive services using exclusively modern design methods such as BIM modeling and process CFD calculations.
Our engineering experts perform all project tasks for the blast furnace and auxiliary production facilities.
The issue of reducing CO₂ emissions in steel production is very critical. Changeover to direct iron reduction technologies does not eliminate the problem of CO₂ emissions either.
We offer developments that decrease the carbon footprint in blast furnace production.
A series of solutions are related to increasing the blast furnace operation efficiency and reducing energy consumption per ton of hot metal, ultimately leading to decreased coke consumption.
Other technologies are associated with recycling and reusing metallurgical gases (blast furnace, converter, coke gas) or replacing traditional reducing agents with hydrogen.
In , the company, for the first time, implemented its development of an “adaptive” cooling system, which makes it possible to adjust the cooling intensity depending on the thermal state of the furnace and thereby build up and constantly maintain the required scull layer on the refractory lining surface. This solution helps reduce heat losses by 4-5 times, decreasing coke consumption to 40 kg per ton of smelted hot metal.
Synthesis gas (syngas) is a mixture of hydrogen (H2) and carbon monoxide (CO), which replaces an essential part of solid carbonaceous fuel in the blast furnace process and herewith reduces carbon emissions associated with blast furnace production.
Due to its high calorific value of up to 18 MJ/Nm³, coke gas is a valuable energy source that replaces a part of coke in the blast furnace, thereby reducing CO₂ emissions.
The advantage of hydrogen lies in the fact that water vapor is emitted instead of CO₂. The maximum potential reduction in carbon dioxide emissions through hydrogen injection into the blast furnace can reach up to 20%.
M HEAVY TECHNOLOGY has developed a technological solution that replaces nitrogen, used for the coneless charging devices and other process equipment cooling, with blast furnace gas. After cooling the gearbox and blowing the chute and other equipment, the blast furnace gas comes back under the blast furnace mouth instead of being released into the atmosphere through the flair stack. The blast furnace gas recirculation takes place.
The blast furnace process is subject to constant modernization, and therefore, we propose a comprehensive range of modern technologies to enhance production efficiency:
This technological solution significantly extends the blast furnace campaign, even under intensified smelting processes, increased pulverized coal injection (PCI), and loading 100% of pellets instead of using a sinter.
Furthermore, there is a significant reduction of:
Screening out sinter and coke fines enhances the permeability of the burden, reduces batch carry-over with blast furnace gas, increases furnace productivity, and decreases coke consumption.
Installation of a chute-type coneless charging devices allows for a uniform burden distribution across the furnace top surface, prevents peripheral furnace operation, reduces the coke flow rate, and extends the furnace campaign.
The main idea of modernization of the blast furnace dust catchers by M HEAVY TECHNOLOGY is that two stages of purification are conditionally combined in the existing building of this unit:
The dust-collecting efficiency of the upgraded dust catcher increases by at least 1.5 times, reaching 90%. After wet cleaning stages, the slurry output is reduced by 3-4 times, amounting to approximately 15-20 t/day per blast furnace. Additionally, the zinc content in the slurry will proportionally increase and reach (under other equal conditions) 20-30%, allowing for its efficient utilization as a marketable product for zinc production.
M HEAVY TECHNOLOGY modernizes blast furnace hot blast stoves with minimal alteration to the existing configuration, precisely without sacrificing the existing casing, maintenance platforms, valves, and other components.
A ceramic burner is installed as the combustion device. This solution has the following advantages:
To increase the heating surface area of the HBS checkerwork chamber, the company replaces the existing checkerwork blocks with a cylindrical channel diameter of 40 mm with new checkerwork blocks with conical channel diameters of 30 mm and 20 mm. These solutions enable an almost 2-fold increase in the heating surface area of the checkerwork.
In partnership with TeraWatt Group, M HEAVY TECHNOLOGY offers various industrial automation solutions. We specialize in implementing Industry 4.0 and IIOT technologies for multiple processes in steel manufacturing and blast furnace operations. Our company boasts a comprehensive range of competencies that cover every aspect of ironmaking and metallurgical automation across the entire value chain.
We excel in providing services encompassing modern blast furnace design, supply, and commissioning of industrial automation systems. We offer a comprehensive range of offerings, encompassing instrumentation, APCS (Automation Process Control System), electrical equipment, power supply solutions, safety measures for personnel, and mechanisms safety. We rely on components from reputable brands such as Schneider Electric, Rockwell Automation, Phoenix Contact, Siemens, and Rittal and equipment from global manufacturers.
Our intelligent automation solutions for ironmaking offer numerous benefits to our clients, including:
In addition to industrial process automation, our partner, TeraWatt Group, leverages intelligent solutions for Industry 4.0 and IIoT. Their specialization lies in crafting solutions for metallurgical processes, circulating water supply systems, and wastewater treatment facilities, all aimed at enhancing the efficiency of the steel manufacturing process.
One of our latest IoT solutions, “Production in the Pocket”, aims to provide users with quick, easily understandable, and reliable insights into production and equipment. Specifically, it offers:
The “Production in the Pocket” solution tailored for blast furnace ironmaking offers comprehensive insights into baseline equipment status. It provides access to crucial information, including:
The integration of green technologies with Industry 4.0 is crucial, given the impact of steel manufacturing on the environment. These technologies represent a significant source of future solutions, harmonizing the triple-bottom-line principles and economic, environmental, and social aspects within the production context. The IoT platforms and functionalities implemented by the Terawatt Group within steel plants cover a broad spectrum of solutions, including:
Here are the key benefits of utilizing the Terawatt Group’s solution in blast furnace ironmaking:
We specialize in deploying automation systems that ensure data serves its owners effectively. Our partner, the TeraWatt Group, brings extensive expertise in information technologies, the Industrial Internet of Things (IIoT), and augmented reality and in implementing electrical systems and automation solutions. Consequently, we possess the know-how to collect precise and valuable data about the production process.
Our manufacturing engineering consulting services help you optimize the processes, enhance efficiency and save cost.
In collaboration with the TeraWatt Group, M HEAVY TECHNOLOGY has successfully executed numerous projects within the steel manufacturing sector. These projects encompass blast furnaces for ironmaking, rolling mills, agglomeration machines, boiler facilities, pump stations, gas purification installations, and more. The TeraWatt Group has a track record of implementing IIoT and MES (Manufacturing Execution System) projects since . Our global collaboration with clients, including those within the EU, has granted us insights into diverse production processes and their unique characteristics. With our proprietary technological processes and a team of skilled engineers, TeraWatt provides tailored solutions for blast furnace ironmaking grounded in the intrinsic value of process data.
Are You Curious If We Have Reliable Solutions For Your Type of Steel Plant? Check this Together With Our Professionals.
M HEAVY TECHNOLOGY provides the following services on the design, construction, and modernization of modern blast furnace production facilities:
Calculation of profile characteristics depending on the specific situation: PCI or natural gas, quality of feedstock (including operation with a large number of pellets, up to 100%), performance requirements, type of loading device, etc.
During reconstruction of existing blast furnaces, the furnace profile is optimized by raising the “dead layer” and the metal receiver. The number of air tuyeres and the quantity of cast iron tapholes increases.
Engineering and supply of all cooling staves (copper, cast iron, and steel), including pre-lined ones. Precise selection of material and the cooling plate design for a specific zone of the blast furnace, taking into account characteristics of the loaded material and the physical and chemical processes taking place in that zone.
Engineering and supply of the blast furnace lining, from the metal receiver and up to the top. Lining calculation is done zone-wise based on the processes occurring in those zones, using microporous carbon blocks, a ceramic “cup” in the bosh and hearth, and silicon carbide bricks in the bosh and furnace shaft.
Design engineering of self-supporting blast furnace shells and support systems, including performing all necessary calculations.
Design engineering of automation and control systems for process parameters in blast furnaces, methods for detection of lining erosion, diagnosing thermal conditions inside the blast furnace, charging profile, etc.
Design engineering of cast houses with new developments for installing modern hot metal and slag runners, new hydraulic cast house machinery, efficient dedusting systems design, and granulation plants.
M HEAVY TECHNOLOGY developments:
Design engineering of the charge-conveying system allows for preparation, dosing, and making charge mix for blast-furnace smelting with screening fines and exhausting dust-loaded air from junction houses.
After preparation, raw materials are fed to the top utilizing a skip hoist or conveyor. DHM GROUP coneless top chargers are installed in our projects for burden charging directly into the blast furnace.
To increase the hot blast temperature and reduce harmful emissions into the atmosphere, our company proposes the installation of modern high-temperature hot blast stoves of shaftless design, which provide:
Using the heat of the exhaust flue gases is suggested to raise the blast temperature while reconstructing existing HBSs with integrated combustion chambers. For this purpose, the hot blast stoves are equipped with heating fuel gas and combustion air systems.
Read also our flue gas cleaning guide.
Besides, our company has experience modernizing existing blast furnace HBSs with an external combustion chamber, making minimal alterations to the existing configuration (the shell, maintenance platforms, equipment, etc.). In these projects, we use a ceramic burner that enhances air and gas mixing, providing more efficient combustion and higher calorific value. To increase the heating surface area of the chamber checkerwork, our company replaces existing checkerwork blocks having a cylindrical channel diameter of 40 mm with new checkerwork blocks with conical channel diameters of 30 mm and 20 mm. These solutions make it possible to increase the heating surface area of the checkerwork almost twice.
M HEAVY TECHNOLOGY has extensive experience in the implementation of all types of blast furnace cooling systems:
Our experts have a client-oriented approach to selecting and implementing the systems to match your specific situation, considering aspects of reliability, CAPEX, and OPEX.
M HEAVY TECHNOLOGY has a patent for creating “adaptive” cooling systems. These systems have been implemented and successfully operated for many years at many enterprises, including Blast Furnaces 2, 3, 4, and 5 at “Zaporizhstal” PJSC, Blast Furnace No. 4 at “Ilyich Iron and Steel Works” PJSC, Blast Furnaces No. 3 and No. 4 at “Azovstal” PJSC.
The main feature of the “adaptive” system is automatic control of the cooling intensity of the blast furnace components depending on changes in the thermal state of the metallurgical unit. Along with pre-lined (silicon carbide bricks) copper cooling staves, this system makes it possible to increase and, most importantly, continuously maintain the required scull layer on the refractory lining surface. It effectively prevents both cooling staves and lining from damage, significantly reduces heat losses within the system, and consequently minimizes coke or “conventional” fuel consumption.
Our company covers all stages of work related to establishing new or reconstructing existing blast furnace production facilities:
The company performs all stages of engineering:
The company provides services for the development, manufacture, and supply of equipment:
Our experts perform commissioning works, installation supervision, and bringing up the facility to guarantee and design performance.
The company competencies apply to the entire complex of the blast furnace shop, starting from the central unit to auxiliary production.
We use only modern techniques in our work:
Are You Still Trying to Determine if We Can Cover All the Local and International Requirements for a Modern Steel Plant? Drop a Line to Our Professionals and Get All the Answers to Your Questions.
Oleksandr Vasyliev Chief designer of the blast furnace department Tetiana Bondarieva Chief of the blast furnace department Kateryna Kushnarenko Group leader of the BF departmentIn the early s, the “METIVEST” company began to widely implement the PCI technology (pulverized coal injection) at blast furnaces and simultaneously intensify blast furnace smelting processes, increasing the amount of injected PC fuel to 180-200 kg/ t of HM.
Because the design of blast furnaces, cooling staves, and cooling systems were not adapted to these solutions, problems with the durability of such staves arose at all blast furnaces, and namely, the bodies of cast iron cooling staves were completely damaged.
The cooling system did not function properly in the areas where the staves were damaged, resulting in the blast furnace shell overheating. Reddening of the blast-furnace armor appeared; subsequently, it caused significant deformation of the furnace shell.
That is why finding a solution that would quickly solve this problem with relatively small capital investments was vital. M HEAVY TECHNOLOGY proposed such a solution. In a few years, some “METIVEST” blast furnaces at once received an adaptive cooling system developed by the company (Blast Furnaces 2, 3, 4, and 5 of “MK Zaporizhstal” PJSC, Blast Furnace No. 4 “Ilyich Iron and Steel Works” PJSC, Blast furnaces No. 3 and No. 4 at “Azovstal” PJSC.)
Specialists of M HEAVY TECHNOLOGY have extensive experience both in the development of blast furnace construction strategies and in solving specific problems of particular production units, up to creating a digital twin of the furnace and calculating the necessary parameters, such as:
We can also provide our recommendations for the following: