Industry News

11 Sets Taishan Group LPG Bullet Tank Delivered to Angola

11 Sets Taishan Group LPG Bullet Tank Delivered to Angola

[ Bullet tank ]

Bullet tank is widely used in underground LPG storage.

In October 2024, high pressure vessel manufacturer Taishan Group won a big order – 17 sets LPG bullet tanks. Single LPG bullet tank has a diameter of 8m, length of 80m and weight of 480tons. The client is Angola Sonangol, and total contract value is over 20 million USD.

Due to the huge volume, we transport the manufactured tank sections to the port in batches, and then weld and assemble them.

First batch delivery includes 11 sets bullet tanks, and rest 6 sets will be delivered at the end of the year.

新闻1

Our pressure vessel products cover petrochemical, nuclear power, offshore oil and new energy equipment fields. So far, a number of high-pressure vessel products have filled domestic gap. Our comprehensive strength ranks third in the same industry in China.

In recent years, Weihai Shidao Heavy Industry has exported more than 160 sets of large-scale vessels in over ten batches. The destination is mostly “One Belt and One Road” countries and regions, and the total export value is over 60 million USD. 

 

We will take this successful delivery as an opportunity to actively improve our technology and equipment level, strive to expand domestic and foreign markets, and make greater contributions to China’s manufacturing in the world.

Andy Zhao

Senior Sales Manager
30+ boiler projects experience, focus on high-end customization, non-standard & special fuel boiler sales. Representative projects include waste heat boilers for Russian EVRAZ Steel, Coal CFB Boiler for Indonesia QMB New Energy Materials, HP drum & LP drum For Italian Nooter/Erisken, MP drum for Korean Hyundai Steel, LP drum for Korean POSCO Steel, 2 sets Air Cooling Coil for Finland Metso. Boiler Sales in Africa, Central Asia, Taiwan, etc.

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Sustainable Energy Solutions Using Wood Waste

Sustainable Energy Solutions Using Wood Waste

Our Mission: Promoting the Use of Renewable Energy

As a leading manufacturer of industrial boilers and power station boilers, we are committed to providing our customers with efficient and sustainable energy solutions. Recently, we welcomed two clients from Brazil who own multiple plantations. They plan to utilize wood waste from their production to build their own power plant, supplying clean electricity to the government. This collaboration not only highlights our expertise in biomass fuel but also demonstrates our commitment to sustainable development.

 

Touring Our Production Workshop

During their visit, we first took the clients on a tour of our production workshop, showcasing our advanced manufacturing processes and technical capabilities. Our facilities are equipped with modern equipment, ensuring that each boiler meets high standards of quality and efficiency. The clients showed great interest in our production processes, believing that this would provide solid technical support for their project.

Learning About Our Power Plant

Next, we guided the clients to our thermal power plant in Jinan. This power plant has successfully operated for nearly ten years, utilizing mixed biomass fuels (including wood chips, corn cobs, sawdust, and straw) to provide stable electricity supply to the local area. During the tour, the clients highly praised the efficient operation and environmental performance of the plant. They recognized that by using wood waste as fuel, not only can environmental pollution be reduced, but energy costs can also be effectively lowered, promoting the use of renewable energy.

 

Client Feedback and Future Cooperation

After the tour, we engaged in further discussions with the clients. They expressed strong interest in our technical strength and equipment, indicating a desire for close collaboration in future projects. The clients provided us with positive feedback, stating that our experience and technology in biomass utilization would offer invaluable support for their power plant construction.

Conclusion

As the global demand for renewable energy continues to grow, we are dedicated to providing innovative and sustainable solutions for our clients. We look forward to collaborating with more clients to promote the adoption and development of clean energy. If you are interested in our products and services, please feel free to contact us.

Norma Wang

Taishan Group website editor, specializing in international marketing. Focus on the global market of industrial boilers.

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10TPH Biomass Briquette Boiler to Morocco

10TPH Biomass Briquette Boiler to Morocco

Biomass Briquette Boiler is a kind of biomass boiler burning biomass particles forming fuel. Biomass briquette fuel features the following characteristics:

(1) High volatile matter and low fixed carbon, easy to ignite and burn.

(2) High hydrogen and oxygen content, conducive to combustion.

(3) Low ash content for woody biomass fuel, only about 2%.

(4) Low sulfur content, beneficial to environmental protection.

(5) Dense and regular shaped briquette fuel convenient for storage and short distance transportation.

(6) Improved energy density beneficial to automatic use.

(7) Standardized fuel lay foundation for biomass briquette boiler design standardization.

Biomass Briquette Boiler Design Analysis

Biomass briquette fuel is rod-shaped, block-shaped or granular fuel formed by extrusion, whose density is much greater than before.

The effusion rate of volatile matter and heat transfer rate are greatly reduced. The combustion includes: precipitation of water, precipitation and combustion of volatiles, and combustion of fixed carbon. In order to improve the combustion and boiler efficiency, take the following measures in the biomass briquette boiler design:

(1) The reciprocating grate with an inclination angle of 6°, not only reducing the overall height but ensuring the smooth movement.

(2) The grate reduction box adopts stepless speed control, which can accurately adjust the speed according to fuel combustion condition.

(3) The feedstock adopts variable frequency screw feeder plus distributor, ensuring accurate feeding and evenly distribution of fuel on the grate.

(4) Reasonable furnace height of biomass pellet boiler ensures lower furnace volume heat release rate.

(5) Reasonable height of secondary air ensures secondary air volume and outlet speed, and strengthens the combustion of volatile matter.

(6) Secondary air pipe is on the fire barrier, prolonging flue gas residence time and promoting the settlement of fly ash.

(7) Spirally corrugated tube has a flue gas velocity of 21m/s, preventing fly ash deposition and ensuring high heat exchange efficiency.

技术1

Biomass Briquette Boiler Structure

The biomass fuel boiler is double drum, longitudinal layout, reciprocating grate steam boiler. It includes two parts: upper boiler body and lower combustion equipment.

Upper boiler body includes drum, spirally corrugated tube, upper and lower headers, and water wall tube. The inner side is furnace wall, front and rear arches, fire barrier and flue duct. The outer side is steel frame and outer cover, and the middle is aluminum silicate insulation material.

Lower combustion equipment is 6° reciprocating grate, considering pushing and moving of fuel on grate and overall height limit.

The secondary air volume accounts for 25% of total air volume, and air speed is about 50m/s. The volatile matter of biomass briquette fuel is up to 70%. The design of secondary air is particularly important for ensuring the combustion of volatile matter and efficiency of boiler.

Andy Zhao

Senior Sales Manager
30+ boiler projects experience, focus on high-end customization, non-standard & special fuel boiler sales. Representative projects include waste heat boilers for Russian EVRAZ Steel, Coal CFB Boiler for Indonesia QMB New Energy Materials, HP drum & LP drum For Italian Nooter/Erisken, MP drum for Korean Hyundai Steel, LP drum for Korean POSCO Steel, 2 sets Air Cooling Coil for Finland Metso. Boiler Sales in Africa, Central Asia, Taiwan, etc.

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Reciprocating Grate Furnace: Optimizing Low-Quality Coal and Biomass Combustion

Reciprocating Grate Furnace: Optimizing Low-Quality Coal and Biomass Combustion

Overview of Reciprocating Grate Furnace

The reciprocating grate furnace is an efficient furnace design widely used for the combustion of low-quality coal and biomass fuels. Its primary function is to optimize combustion efficiency, especially for fuels with inconsistent quality or high ash content. The furnace consists of several key components, including fixed grates, movable grates, a driving mechanism, and a reciprocating system.

The movable grates are designed to allow fuel to move gradually across the furnace surface, ensuring thorough combustion through each stage of the burning process. The grate system is stepped, with an inclined angle that facilitates the downward flow of fuel, ensuring efficient air circulation and improving combustion conditions.

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Working Principle of Reciprocating Grate Furnace

The combustion process in a reciprocating grate furnace is similar to that of a chain grate furnace. Fuel is fed into the furnace from the hopper and enters through a regulating gate that controls the fuel layer thickness. The reciprocating action of the grates moves the fuel from the front to the rear of the furnace, where it undergoes drying, volatile combustion, coke combustion, and ash disposal.

The continuous raking action of the movable grates helps move fresh fuel onto the burning bed, enhancing the ignition conditions. Additionally, during the return stroke, the grates push burning carbon particles back into the lower layers, providing heat to ignite the lower fuel layers, further improving combustion efficiency.

Design Features of Reciprocating Grate Furnace

The design of the reciprocating grate furnace aims to enhance air mixing and turbulence within the furnace, thereby improving combustion efficiency. Features include front and rear arches or a central baffle wall, along with secondary air systems to optimize the ignition conditions at the furnace bed. Proper airflow direction is crucial to ensure that combustible gases generated at the front of the grate mix with excess air and are fully combusted in the high-temperature zone.

The furnace’s staged air distribution system ensures that the appropriate amount of air is supplied at each combustion stage, preventing instability caused by uneven airflow.

Advantages of Reciprocating Grate Furnace

  1. High Adaptability: Especially effective for burning low-quality coal and biomass fuels with high ash content.
  2. High Combustion Efficiency: The continuous raking action of the grates increases combustion intensity and reduces heat loss.
  3. Simple Structure: Compared to chain grate furnaces, the reciprocating grate furnace uses less metal, which lowers initial investment costs.
  4. Dual-Sided Combustion: Unlike chain grate furnaces, the reciprocating grate furnace provides dual-side ignition, ensuring more stable combustion.

Disadvantages of Reciprocating Grate Furnace

  1. High-Temperature Wear: The head of the movable grates frequently rakes hot, glowing coke, making them prone to damage. Damage or detachment of the grates is difficult to detect and replace, which may affect boiler safety.
  2. Air and Fuel Leakage: Due to the furnace structure, there is a risk of air and fuel leakage along the sides of the grate, which can lead to unstable combustion, especially if the bed is uneven.

Conclusion

The reciprocating grate furnace is an excellent solution for burning various types of fuels, especially low-quality coal and biomass. With appropriate design and adjustments, it can significantly improve combustion efficiency, reduce heat loss, and ensure stable operation of industrial boilers. However, regular maintenance and improvements to the sealing structure are necessary to prevent combustion instability caused by structural issues.

Wade Zhang

CEO of Taishan Group Taian Boao International Trade Co., Ltd. 30 years experience in Global industrial boiler market,  Over 300 boiler projects experience, including 21+ EPC projects. Projects span 30+ countries & regions, involving industries such as nuclear power, energy & electricity, municipal heating, mining, textiles, tires etc.

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Taishan Group Attends NEFTEGAZ 2024 in Russia

Taishan Group Attends NEFTEGAZ 2024 in Russia

Norma Wang

Taishan Group website editor, specializing in international marketing. Focus on the global market of industrial boilers.

Exhibition Dates: April 15-18, 2024

Location: ZAO Expo Centre Krasnaya Presnya, Moscow

Attendees: Zhang Xiao, Zheng Qian

Booth Number: 21F08

As a leading industrial boiler and power plant boiler manufacturer, Taishan Group successfully participated in the 22nd International Exhibition Equipment and Technologies for the Oil and Gas Industries (NEFTEGAZ 2024), held from April 15-18, 2024, in Moscow. NEFTEGAZ is the largest and most important oil and gas exhibition in Russia, ranking among the top oil exhibitions worldwide.

 

Through this exhibition, we realized that the Russian market has high entry barriers for some mid-to-high-end products, such as threaded locking ring heat exchangers, reactors, and low-grade fuel boilers. However, by leveraging existing typical users and strengthening relationships with local partners, Taishan Group still sees significant market opportunities.

Looking Ahead

Taishan Group will continue to invest in the Russian market, leveraging our established market foundation and customer resources to explore new business opportunities. We look forward to collaborating with more customers in the future to drive industry growth.

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What is a Power Plant Boiler? How Do Power Plant Boilers Work?

What is a Power Plant Boiler? How Do Power Plant Boilers Work?

Su Menghuai

National CFB Boiler Design Expert

  • National CFB boiler design expert.
  • Lead the design of China’s first 35TPH CFB boiler, marking a milestone in China CFB boiler development
  • Committed to designing 15TPH-300TPH CFB boilers throughout his 40 years experience.

With the increasing demand for electricity, power plants must produce energy efficiently and reliably.

Traditional power generation methods heavily rely on fossil fuels, leading to high greenhouse gas emissions and fluctuating fuel prices. This has a significant impact on both the environment and energy security.

Power plant boilers offer a practical solution, using various fuel types to produce high-pressure steam, which drives turbines to generate electricity. Modern boiler technologies significantly improve efficiency and reduce emissions.

Power plant boilers are integral to electricity generation, producing high-pressure steam from various fuels to drive turbines and generate electricity efficiently and reliably.

To understand how power plant boilers ensure a steady energy supply and meet the world’s growing electricity needs, keep reading.

Table of Contents

What is a Power Plant Boiler?

A power plant boiler is a large system used to generate high-pressure steam for electricity generation. The steam is produced by heating water with fuel combustion in the boiler furnace, and the resulting steam drives a turbine connected to an electric generator.

 

How Do Power Plant Boilers Work?

The working process of a power plant boiler involves several stages:

  1. Fuel Combustion: Fuel is burned in the boiler’s furnace, generating high-temperature flue gases.

  2. Heat Transfer: Heat from the flue gases is transferred to water tubes, converting water into high-pressure steam.

  3. Steam Generation: Steam is generated and collected in a steam drum, then superheated to increase its energy content.

  4. Steam Turbine: The high-pressure steam is sent to a turbine, where it expands and drives the turbine blades.

  5. Electricity Generation: The turbine drives a generator, producing electricity.

  6. Condensation: After passing through the turbine, the steam is condensed back into water and returned to the boiler for reuse.

Types of Power Plant Boilers

Pulverized Coal Boilers

Pulverized coal boilers burn finely ground coal in a combustion chamber. The coal is ground to a fine powder and blown into the furnace, where it burns at high temperatures. These boilers are commonly used in coal-fired power plants due to their efficiency.

Fluidized Bed Boilers

Fluidized bed boilers suspend solid fuel particles in an upward flow of air, creating a fluid-like state. This allows for more efficient combustion and reduces nitrogen oxide emissions. They can burn a variety of fuels, including coal, biomass, and waste materials.

Circulating Fluidized Bed Boilers

Circulating fluidized bed (CFB) boilers are a type of fluidized bed boiler that circulates fuel particles through the combustion chamber and external heat exchangers for improved efficiency and fuel flexibility.

Gas Turbine Combined Cycle Boilers

Combined cycle boilers use a gas turbine to generate electricity and a heat recovery steam generator (HRSG) to produce steam from the turbine’s exhaust gases. This steam is then used to generate additional electricity, improving overall efficiency.

Biomass Boilers

Biomass boilers burn renewable biomass materials like wood chips, pellets, and agricultural residues to generate steam. They offer an environmentally friendly alternative to fossil fuel boilers and reduce carbon emissions.

 

Fuel Types for Power Plant Boilers

Coal

Coal is the most common fuel for power plant boilers. It’s available in various grades, from lignite to anthracite. However, coal combustion releases significant greenhouse gases and pollutants.

Natural Gas

Natural gas is a cleaner fuel compared to coal and is increasingly used in combined cycle power plants due to its efficiency and lower emissions.

Biomass

Biomass fuels include wood chips, pellets, agricultural residues, and dedicated energy crops. Biomass combustion is considered carbon-neutral, making it an attractive option for reducing emissions.

Waste Materials

Municipal solid waste, industrial waste, and agricultural residues can also be used as fuel in waste-to-energy boilers, reducing landfill waste and producing renewable energy.

Benefits of Modern Power Plant Boilers

  1. High Efficiency: Modern boilers achieve high efficiency levels through improved combustion technologies.

  2. Reduced Emissions: Advanced emission control systems significantly reduce sulfur dioxide, nitrogen oxide, and particulate matter emissions.

  3. Fuel Flexibility: Many boilers can burn a wide range of fuels, from coal and natural gas to biomass and waste materials.

  4. Reliability: Power plant boilers are designed for continuous operation, ensuring a reliable energy supply.

  5. Scalability: Boilers can be scaled to meet the energy demands of small to large power plants.

Challenges and Considerations

  1. Fuel Availability: Consistent fuel supply is essential for reliable power generation.

  2. Emission Regulations: Strict emission standards require advanced control systems.

  3. Maintenance: Boilers need regular maintenance to ensure safe and efficient operation.

  4. Initial Investment: High capital costs may deter investment in modern boiler technologies.

Boiler Efficiency Improvements and Emission Controls

Efficiency Improvements

  1. Supercritical and Ultra-Supercritical Steam Cycles: Higher steam temperatures and pressures improve efficiency.

  2. Heat Recovery: Use of economizers and air preheaters reduces fuel consumption.

  3. Combustion Optimization: Advanced control systems optimize combustion for maximum efficiency.

Emission Controls

  1. Flue Gas Desulfurization (FGD): Removes sulfur dioxide from flue gases.

  2. Selective Catalytic Reduction (SCR): Reduces nitrogen oxide emissions.

  3. Electrostatic Precipitators and Bag Filters: Remove particulate matter from flue gases.

 

Applications of Power Plant Boilers

  1. Utility Power Generation: Boilers generate electricity for national grids.

  2. Industrial Power Plants: On-site power plants supply energy to manufacturing facilities.

  3. Cogeneration: Combined heat and power (CHP) plants provide both electricity and process heat.

Selecting the Right Power Plant Boiler

Key Considerations:

  1. Fuel Type: Choose a boiler that matches the available fuel supply.

  2. Capacity: Ensure the boiler capacity meets the power plant’s energy demands.

  3. Efficiency: High-efficiency boilers reduce fuel consumption and emissions.

  4. Emission Controls: Select boilers with advanced emission control systems to meet regulatory standards.

Government Regulations and Incentives

Governments are promoting cleaner energy through regulations and incentives:

  • Emission Standards: Strict emission standards require power plants to install advanced pollution controls.
  • Carbon Pricing: Carbon taxes and emissions trading encourage a shift to cleaner fuels.
  • Renewable Energy Incentives: Subsidies and tax credits promote the adoption of renewable energy sources like biomass.

Power plant boilers are essential to meeting the world’s growing energy demands. They are central to reliable electricity generation, with modern technologies providing improved efficiency and reduced emissions. While challenges like fuel availability and stringent emission standards exist, advances in boiler technology and government incentives make power plant boilers a sustainable and reliable choice.

If your company needs to upgrade its power plant boiler, carefully assess your fuel supply, emission requirements, and energy demands. Investing in the right boiler technology can improve efficiency, reduce emissions, and ensure a steady energy supply.

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Taishan Group Aids Wuliangye Ecological Brewing Project (Phase II) with Smooth Delivery of 5×35t/h Gas Steam Boilers

Taishan Group Aids Wuliangye Ecological Brewing Project (Phase II) with Smooth Delivery of 5×35t/h Gas Steam Boilers

Norma Wang

Taishan Group website editor, specializing in international marketing. Focus on the global market of industrial boilers.

On the afternoons of July 6th and 7th, five vehicles carrying the 5×35t/h gas steam boilers manufactured by Taishan Group for Yibin Wuliangye Co., Ltd.’s “100,000-ton Ecological Brewing Project (Phase II) Power Plant Project” set off from the group’s factory and headed south towards the project site. This marks a significant step forward for Taishan Group in the Sichuan market and a notable breakthrough in the brewing industry, especially with the Wuliangye Group.

This project aims to provide steam for Yibin Wuliangye Co., Ltd.’s “100,000-ton Ecological Brewing Project (Phase II) Power Plant Project.” Each boiler’s maximum transport size is 12700mm×4500mm×4400mm. The boilers consist of a main unit (including a superheater), an economizer, and a condenser, with a flue gas temperature below 70°C and a designed thermal efficiency of 99.5%. They can operate within a load range of 30-110%, featuring low flue gas loss and high thermal efficiency.

Additionally, these boilers adopt FIR internal circulation ultra-low nitrogen burners, with NOx emissions ≤30mg/㎡ and a designed fuel consumption of 2730Nm³/h, fully meeting environmental protection requirements. The main structure of the boilers uses a membrane wall structure, and to enhance insulation, the main insulation materials are a combination of aluminum silicate and aerogel. The economizer at the rear heating surface uses ND steel material, while the condenser heating surface is made of 316L stainless steel. The modular design shortens the installation period and saves installation costs.

During the project execution, the company’s departments fully utilized horizontal collaboration and vertical coordination advantages, actively engaging in technical cooperation with Yibin Wuliangye Co., Ltd. While ensuring quality, they provided comprehensive technical support, manufacturing, quality supervision, product inspection, and follow-up services, creating a full-cycle service. The company also accelerated the project progress, strengthening production organization and pre-arrangement plans to improve production organization foresight and effectiveness, ensuring high-quality and high-level project advancement.

Currently, the boiler bodies have been fully shipped, and the company is accelerating the production and manufacturing of remaining components according to the production plan, fully ensuring the production progress and smooth delivery of the remaining products.

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Celebrating Our Commitment to Sustainable Energy Solutions: Welcoming Bangladeshi Customers to Our Company

Celebrating Our Commitment to Sustainable Energy Solutions: Welcoming Bangladeshi Customers to Our Company

Wade Zhang

CEO of Taishan Group Taian Boao International Trade Co., Ltd. 30 years experience in Global industrial boiler market,  Over 300 boiler projects experience, including 21+ EPC projects. Projects span 30+ countries & regions, involving industries such as nuclear power, energy & electricity, municipal heating, mining, textiles, tires etc.

At TAISHAN GROUP, we pride ourselves on our commitment to providing innovative and sustainable energy solutions. With over 40 years of experience in manufacturing industrial boilers, we understand the diverse needs of our global clientele. Recently, we had the privilege of hosting a group of forward-thinking customers from Bangladesh, who visited us to explore potential collaborations and advancements in their energy infrastructure.

 

Table of Contents

Understanding Customer Needs

During their visit, the Bangladeshi customers expressed a strong interest in integrating electric boilers into their operations. While electric boilers are known for their efficiency and convenience, we conducted a thorough analysis to ensure that the chosen solution would be the most beneficial in the long run. Our assessment considered various factors, including energy availability, cost-effectiveness, and environmental impact.

Advocating for Biomass Boilers

After a detailed evaluation, we recommended that the customers consider switching to biomass boilers instead of electric ones. Biomass boilers offer numerous advantages, particularly in regions like Bangladesh where biomass resources are abundant. These boilers not only provide a reliable and cost-effective energy solution but also contribute to environmental sustainability by utilizing renewable resources.

Benefits of Biomass Boilers:

  • Cost-Effective: Biomass is often more affordable compared to other energy sources.
  • Sustainable: Biomass energy reduces carbon emissions and relies on renewable resources.
  • Local Resource Utilization: Utilizing locally available biomass reduces dependency on imported fuels and supports the local economy.
  • Efficiency: Modern biomass boilers are designed for high efficiency and low emissions.

Positive Reception and Future Cooperation

Our suggestion to switch to biomass boilers was met with enthusiasm by the Bangladeshi customers. They recognized the long-term benefits of adopting a more sustainable and economical energy solution. As a result, both parties established a preliminary cooperation intention. This positive outcome underscores our commitment to not only meeting customer needs but also promoting environmentally responsible energy solutions.

Next Steps

We are excited about the potential of this collaboration and have agreed to discuss the project in greater detail during the next visit by our leadership team. This forthcoming meeting will focus on outlining specific project details, timelines, and implementation strategies to ensure a seamless transition to biomass boilers for our Bangladeshi partners.

Our Commitment to Excellence

At TAISHAN GROUP, we continuously strive to lead the industry with cutting-edge technology and a strong emphasis on sustainability. This recent engagement with Bangladeshi customers is a testament to our dedication to delivering tailored solutions that drive both economic and environmental benefits.

Stay tuned for more updates as we continue to forge strong partnerships and advance our mission of providing top-tier industrial boiler solutions across the globe.

For more information about our products and services, please contact us.

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What Is the Significance of the 110kV Solid Electric Heat Storage Boiler Developed by Taishan Group?

What Is the Significance of the 110kV Solid Electric Heat Storage Boiler Developed by Taishan Group?

Norma Wang

Taishan Group website editor, specializing in international marketing. Focus on the global market of industrial boilers.

  1. How does Taishan Group’s new boiler address energy efficiency and environmental concerns?

  2. The 110kV solid electric heat storage boiler developed by Taishan Group is a significant advancement in clean energy utilization and energy efficiency. It balances grid load and reduces harmful emissions, marking a major milestone in combating environmental pollution.

  3. Note that this is China’s first solid electric thermal storage boiler with the highest voltage level (110kV). 

  4. This article delves into the innovative technology of the boiler, its environmental impact, and its implications for the future of clean energy.

Table of Contents

What is the 110kV solid electric heat storage boiler?

The 110kV solid electric heat storage boiler developed by Taishan Group is the first of its kind in China. This boiler utilizes advanced heat storage technology to store electrical energy during off-peak periods and release thermal energy during peak periods, effectively balancing the grid load and improving energy efficiency.

How does the boiler balance grid load?

The innovative design of the boiler allows it to store energy when demand is low, such as during nighttime, and release it when demand is high. This not only stabilizes the grid but also ensures a more efficient use of available energy resources.

What are the environmental benefits of this technology?

 The boiler uses low-cost off-peak electricity, significantly reducing emissions of sulfur dioxide and nitrogen oxides compared to traditional coal-fired boilers. This results in a notable improvement in air quality and a substantial reduction in pollutants.

How does the energy conversion efficiency of this boiler compare to traditional boilers?

 The energy conversion efficiency of the solid electric heat storage boiler exceeds 95%, which is far higher than that of traditional coal-fired boilers. This high efficiency means more energy is effectively utilized, reducing waste and improving overall performance.

What pollutants are reduced by using this boiler?

 The use of this boiler results in zero emissions of harmful pollutants. By replacing traditional boilers, it eliminates the release of sulfur dioxide, nitrogen oxides, and particulate matter, which are major contributors to air pollution.

What is the market potential for this technology?

 The successful implementation of this technology demonstrates its potential for wide application in other cities. It provides a valuable reference for urban clean energy transformation and has significant market potential, especially in regions with similar energy and environmental challenges.

What future plans does Taishan Group have for clean energy innovation?

 Taishan Group plans to continue its focus on technological innovation and green development. The company aims to enhance research and development, protect intellectual property, and expand the application of its boiler technology to wind power, solar power, nuclear power, and waste heat power generation, further contributing to low-carbon “green electricity.”

How does this boiler contribute to urban environmental improvement?

 The application of this boiler technology supports urban environmental improvement by reducing emissions and enhancing energy efficiency. It provides a sustainable solution for cities looking to transition to cleaner energy sources and improve air quality, thereby supporting regional economic development and environmental protection.
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Strategic Partnership Between Taishan Group and Babcock & Wilcox Beijing Revolutionizes MSW Incineration Technology

In a significant leap towards sustainable waste management, Taishan Group has joined hands with Babcock & Wilcox Beijing Company (B&WBC) to advance the technology and efficiency of Municipal Solid Waste (MSW) incinerators. This collaboration, initiated in 2019, aims to enhance waste-to-energy solutions, contributing to cleaner urban environments and improved public health.

About MSW Incinerators

Municipal Solid Waste (MSW) Incinerators, commonly known as garbage incinerators, play a crucial role in modern waste management systems. These incinerators are specialized boilers designed to process municipal solid waste, converting it into energy. The MSW incinerator system comprises four main components:

  1. Waste Pretreatment System
  2. Incineration System
  3. Flue Gas Dedusting System
  4. Auxiliary Ignition System

This integrated system ensures automatic feeding, screening, drying, incinerating, deashing, dedusting, and automatic control, making waste management more efficient and environmentally friendly.

Taishan Group and Babcock & Wilcox Beijing: A Powerful Alliance

Established in 1986, Babcock & Wilcox Beijing Company (B&WBC) is a joint venture between the Babcock & Wilcox Company (B&W) and Beijing Boiler Work (BBW). B&W, founded in 1867, is renowned for its pioneering work in power plant boilers. B&WBC, the first joint venture in China’s boiler industry, boasts an impressive production capacity of 8000MW. The company specializes in industrial boilers, medium and high-pressure power plant boilers, and advanced SCR products.

B&WBC has successfully integrated over 130 years of design experience and research results into its operations, consistently delivering top-quality products. The company has obtained ASME “S,” “PP,” and “U” stamp certifications, the A-class Boiler Manufacturing License, and ISO9001 certification.

Milestones in Waste Incineration Projects

In recent years, the partnership has made significant strides in the waste-to-energy sector. In 2019, B&WBC secured contracts for several key projects, including the Shandong Dezhou 2×400t/d and Henan Yanshi 2×600t/d waste incineration projects. These projects have significantly enhanced the garbage disposal capacity, supporting the transformation and growth of both companies.

In 2018, Taishan Group won a bid for two 600TPD MSW incinerators. These incinerators, with a steam capacity of 54.5t/h, steam pressure of 4.0MPa, and steam temperature of 400℃, are capable of generating 12MW of power. This achievement underscores Taishan Group’s commitment to advancing waste-to-energy technologies.

The collaboration between Taishan Group and Babcock & Wilcox Beijing represents a significant advancement in the field of MSW incineration. By leveraging combined expertise and innovative technologies, both companies are at the forefront of promoting sustainable waste management and energy generation solutions.

Contact Information

For more information about our MSW incinerators and other industrial boiler solutions, please contact us:

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