As industrial production continues to grow, the demand for cooling equipment has become increasingly essential. Industrial chillers have become indispensable in industries such as manufacturing, chemicals, food processing, and more. Among the various chiller models, the 20 ton chiller stands out for its versatility, high cooling capacity, and energy efficiency, making it the top choice for many companies. So, how do you choose the right 20-ton industrial chiller, and what is the price trend? These are important questions for businesses to consider before making a purchase.



A 20 ton industrial chiller is typically used in scenarios where large-scale and continuous cooling is required, such as precision machining, laboratory equipment cooling, laser cutting, plastic injection molding, and other industries. Its cooling capacity is generally between 70-80 kW, which can meet the cooling demands of most medium to large industrial facilities.



Additionally, a 20 ton chiller generally has the following features:



High Efficiency: Excellent cooling performance, capable of rapidly lowering equipment temperatures to ensure uninterrupted production.

Energy-Saving and Eco-Friendly: Utilizes advanced compressor and refrigerant technology to provide high energy efficiency, helping companies save on energy costs.

Durability: Designed for industrial-grade use, the chiller can operate reliably in harsh environments, reducing the likelihood of failure and extending the equipment’s lifespan.

Multi-Functionality: In addition to basic cooling, some high-end models also offer heating and dehumidification functions, providing a more flexible solution.





How to Choose the Right 20 Ton Chiller

Define Your Needs: Consider the cooling requirements of your production process, the available space, and your energy efficiency demands when choosing the right equipment. For industries requiring precise temperature control, such as precision manufacturing, high-efficiency, and stable chillers may be more appropriate.

Select a Reliable Brand: such as oumalchiller Choose a brand with a good reputation in the market and a robust service network. This ensures equipment quality and after-sales support, minimizing the risk of downtime.

Consider After-Sales Service: Industrial chillers have a long lifespan, and regular maintenance is crucial. It is important to choose a supplier with a comprehensive after-sales service system to ensure the equipment operates smoothly over time.

As a critical cooling solution for medium and large enterprises, a 20-ton industrial chiller's price is influenced by several factors. When making a purchase, businesses should not only consider the initial cost of the equipment but also assess its energy efficiency, durability, and after-sales support. Selecting the right chiller will not only improve production efficiency, reduce energy consumption, but also extend the equipment's service life, bringing long-term economic benefits to the company.

Whether you’re looking for an economy model or a high-end unit, understanding market price trends and technical specifications is key to making an informed decision. If you're in the process of purchasing, it’s recommended to consult with professional manufacturers to find the best solution tailored to your company’s needs.

When it comes to industrial cooling, selecting the right chiller is essential for efficiency, cost-effectiveness, and reliable performance. Each type of chiller—screw, water-cooled, and those specific to injection molding—offers unique advantages based on operational needs. Here’s a guide to help you make an informed choice.



1. Screw Chillers

Overview: Screw chillers use a rotary screw compressor that excels at continuous cooling in larger industrial settings.

Advantages:

Energy Efficiency: The rotary screw compressor allows for smooth, energy-efficient operation, especially under partial loads.

Reliability: Screw chillers typically offer high durability and are designed for continuous use, reducing the need for frequent repairs.

Quiet Operation: Screw chillers run quieter than reciprocating chillers, making them suitable for noise-sensitive environments.

Applications: Ideal for high-demand applications like data centers, manufacturing plants, and commercial buildings that require stable, round-the-clock cooling.



2. Water-Cooled Chillers

Overview: Water-cooled chillers use water to remove heat from the system, typically circulating it through a cooling tower.

Advantages:

High Efficiency: Water-cooling allows these chillers to handle high heat loads more effectively than air-cooled alternatives, making them very efficient for large-scale cooling.

Longer Lifespan: Since water-cooling reduces wear on components, these chillers often last longer and require less maintenance.

Cost-Effective in the Long Term: Though initial installation may be more complex and costly, water-cooled chillers can lower energy costs over time.

Applications: Commonly used in large facilities such as hospitals, industrial manufacturing, and commercial buildings where the efficiency and capacity needs outweigh initial setup costs.



3. Injection Molding Chillers

Overview: These chillers are specifically designed to cool down machinery used in injection molding.

Advantages:

Targeted Cooling: Injection molding chillers provide rapid, focused cooling to maintain precise temperature control over molds, preventing overheating and ensuring high product quality.

Reduced Downtime: By keeping the mold at the correct temperature, injection molding chillers help avoid production delays and improve cycle times.

Energy Efficiency: Most injection molding chillers are optimized for the high-output, consistent demands of the injection molding process.

Applications: Exclusively for injection molding processes in industries like automotive, plastics manufacturing, and any sector where precise plastic molding is essential.



To learn more about selecting the ideal chiller for your production line, visit our company page and connect with the expert team at Oumal. We’re here to offer efficient solutions tailored to enhance your production efficiency!

When it comes to industrial cooling systems, efficiency, reliability, and customization are essential for meeting diverse application requirements. As experienced screw type compressor chiller suppliers, we specialize in delivering advanced cooling solutions, including customized 100 HP industrial chillers tailored to your unique needs.

Industrial water chillers are essential for cooling systems in industries like manufacturing, food processing, and pharmaceuticals. However, poor water quality can negatively affect their performance, efficiency, and lifespan. Here’s how to tackle common water quality issues in industrial water chillers.

Common Water Quality Problems

1. Scaling

Scale buildup occurs when minerals like calcium and magnesium deposit on heat exchange surfaces. This reduces heat transfer efficiency and forces the chiller to work harder, increasing energy consumption and maintenance needs.

2. Corrosion

Corrosion happens when impurities like oxygen react with metal parts in the chiller, leading to rust and equipment damage. This weakens the system, causing leaks and mechanical failures.

3. Biofouling

Microorganisms, such as algae and bacteria, can grow inside the chiller system, clogging pipes and reducing cooling efficiency. Biofouling also creates a breeding ground for harmful pathogens.

4. Turbidity and Sediment

Suspended particles and sediment can clog filters, reduce water flow, and damage system components, impacting overall performance.

Solutions to Improve Water Quality

1. Filtration

Install quality filters to remove particles and keep water clear. Regularly clean and replace filters to ensure proper flow and prevent sediment buildup.

2. Water Softening

Use water softeners to remove hardness-causing minerals, preventing scale buildup on heat exchange surfaces and maintaining cooling efficiency.

3. Corrosion Inhibitors

Add corrosion inhibitors to create a protective layer on metal parts, preventing rust and extending the life of the chiller.

4. Chemical Treatment

Regularly treat water with biocides and algaecides to control microbial growth and biofouling.

5. Descaling Solutions

Use descaling chemicals or mechanical cleaning methods to remove existing scale deposits and restore heat exchange efficiency.

3. Routine Maintenance

Regularly monitor water quality parameters such as pH and mineral content. Schedule routine maintenance checks to address potential issues early and avoid costly repairs.

Selecting the Right Chiller

When purchasing an industrial water chiller, consider factors like industrial chiller price, energy efficiency, and water quality compatibility. A tailored industrial process chiller designed for specific water conditions may save on long-term maintenance costs and improve overall performance.

Efficient cooling is essential in industrial settings to maintain optimal operations and extend equipment life. Selecting the right chiller can significantly impact both energy efficiency and overall system reliability. Each offers distinct advantages depending on your specific needs.

Why Choose Water Cooled Systems?

Water-cooled chillers are a popular choice for large-scale operations because they provide more efficient cooling compared to air-cooled units. A 100 Ton water cooled chiller is well-suited for facilities with high cooling demands, such as manufacturing plants or data centers. By using water to transfer heat, these systems can handle larger loads while maintaining energy efficiency.

One of the benefits of water-cooled chillers is quieter operation, which can be important in noise-sensitive environments. With proper maintenance, the 100 Ton water cooled chilleroffers reliable, long-term performance, ensuring that your operations run smoothly.

The Efficiency of Water Cooled Screw Type Chillers

For industries with varying cooling loads, the water cooled screw type chiller is an excellent choice. The screw compressor technology allows for smooth, continuous operation and higher energy efficiency. These chillers are particularly effective in applications with fluctuating temperature requirements, such as food processing or pharmaceuticals.

Compared to traditional systems, the water cooled screw type chiller offers better part-load efficiency, making it an ideal solution for facilities that do not operate at full capacity all the time. This can result in lower operational costs and reduced energy consumption.

Tailored Solutions with Customized 100 HP Industrial Chillers

In some cases, off-the-shelf chillers may not meet the specific demands of your business. A customized 100 HP industrial chiller can be designed to fit your unique needs. Whether you need a system with a specific cooling capacity or one that integrates with your existing infrastructure, customized chillers can offer a solution tailored to your exact requirements.

Customization allows for optimization of energy use and cooling efficiency, ensuring that the system is built to handle the exact load your facility requires. A customized 100 HP industrial chiller can also include features such as variable speed drives for more precise control over energy consumption.

Choosing the right chiller depends on factors such as cooling capacity, energy efficiency, and customization needs. Whether you opt for the 100 Ton water cooled chiller for high-capacity cooling, the water cooled screw type chiller for energy savings, or a customized 100 HP industrial chiller for tailored solutions, each system has its advantages. By evaluating your specific cooling requirements, you can make an informed decision that enhances your facility’s efficiency and reduces long-term costs.

Water-cooled screw chillers are very commonly used in industrial cooling water systems, especially in central water supply systems in factories. Because water-cooled screw chillers are energy-efficient, stable and reliable in operation, their purchase cost is lower than that of air-cooled screw chillers under the same cooling capacity requirements. Therefore, most customers in industrial cooling will choose water-cooled screw chillers. However, compared with air-cooled chillers, water-cooled screw chillers are complex to install and have more pipes. How to install a water-cooled screw chiller is a concern for many customers.

Integrated water-cooled screw chillers solve customers' concerns very well. Oumal Refrigeration provides customized services for customers to solve the problem of not being able to install water-cooled chillers and designs integrated water-cooled screw chillers for customers. The unit includes a water-cooled screw chiller, cooling water pumps, an insulated water tank, and the pipes are connected. Customers only need to connect the pipes between the water pump and the user, and between the chiller and the water tower. The integrated screw chiller is easy to install and operate, which greatly saves customers' installation costs.

The following is our latest 60Ton integrated water cooled screw chiller. The chiller uses Taiwan Hanbell compressor with UL certification, two water pumps, one connecting the water tank to the chiller evaporator, and the other from the water tank to the user. The water pump motor is UL certified, the control system uses Siemens PLC + Siemens Touch Screen, and the electrical appliances use ABB and Schneider. The water tank is customized according to customer needs. 1.5 tons square double-layer insulated water tank, quality assurance, worry-free users.

If you are also worried about not knowing how to install a water-cooled screw chiller, you might as well choose our integrated water-cooled screw unit to solve your worries and save your installation costs. Contact us to customize your exclusive integrated chiller. Email: oumal@oumal.com.

Maximizing Efficiency with a 50 Ton Water Cooled Screw Chiller

When it comes to industrial cooling solutions, a 50 ton water cooled chiller is an ideal choice for businesses looking for energy-efficient performance and reliable temperature control. This type of chiller is particularly beneficial for larger applications where precision cooling is required, such as in manufacturing plants, data centers, and commercial facilities. But how does it compare to other cooling systems like air cooled and water cooled chiller systems? Let’s explore.

• The Advantages of Water Cooled Chiller Systems

A water cooled chiller system uses water to absorb heat from the process, which is then dissipated through a cooling tower. This setup makes it more efficient than air cooled systems, especially in environments where consistent cooling performance is needed. The 50 ton water cooled screw chiller, specifically, offers several advantages:

Higher Efficiency: Water cooled chillers generally consume less power compared to air cooled systems. The heat exchange process is more efficient due to water's higher heat absorption capacity, which leads to lower energy consumption.

Quiet Operation: The water cooled system operates quietly, making it ideal for indoor environments where noise reduction is important.

Longevity: These systems tend to have a longer lifespan due to less wear and tear on the components, thanks to their stable operating environment.

• How the 50 Ton Water Cooled Chiller Stands Out

Our 50 ton water cooled screw chiller is designed for businesses that require powerful cooling with minimal energy waste. Featuring a screw compressor, this chiller provides steady and reliable performance even under high loads. It’s particularly suited for industrial and large-scale commercial applications, where consistent cooling is essential for operations.

Precision Cooling: Maintain consistent temperatures across your processes with advanced control systems.

Energy Efficiency: Reduce operational costs with a system designed to maximize energy savings.

Environmental Impact: By utilizing water as the cooling medium, the system is more eco-friendly, reducing the carbon footprint compared to air cooled systems.

• Comparing Water Cooled and Air Cooled Water Chiller Systems

For those weighing the benefits of an air cooled water chiller system versus a water cooled chiller system, there are key differences that can affect your decision:

Energy Efficiency: As mentioned earlier, water cooled systems are typically more energy-efficient than air cooled systems, especially for high-capacity chillers like the 50 ton unit. Air cooled chillers tend to consume more energy because air has lower heat transfer efficiency compared to water.

Installation and Space Requirements: An air cooled system is easier to install and doesn't require a cooling tower, which can be a cost-saving factor. However, water cooled systems, while requiring a cooling tower, are more compact for indoor installations, making them an excellent choice where space is limited.

Maintenance: Air cooled chillers generally require less maintenance than water cooled systems, as they don’t involve cooling towers or water circulation. However, the trade-off is lower efficiency and a shorter lifespan.

• Choosing the Right Chiller System for Your Needs

When selecting between awater cooled chiller systemand anair cooled water chiller system, consider your operational needs, long-term costs, and environmental factors. If your business requires significant cooling capacity with energy efficiency and noise reduction, a water cooled system—especially a 50 ton water cooled screw chiller—can be a smart investment.

For industries with lower cooling needs or where installation flexibility is critical, air cooled chillers might be the more practical solution. However, for those looking for a long-term, efficient, and quiet solution, water cooled systems are a clear winner.

In summary, a 50 ton water cooled chiller offers significant advantages in terms of efficiency, cooling capacity, and sustainability. Whether you are upgrading your cooling system or installing one for the first time, consider the long-term benefits of a water cooled system over an air cooled alternative.

Our 50 ton water cooled screw chiller is the ultimate solution for businesses seeking powerful, efficient, and reliable cooling. Contact us today to learn how this system can meet your cooling needs.

In today’s industrial and commercial environments, cooling systems play a crucial role in maintaining the performance and longevity of equipment. Whether for precision machinery or large air conditioning systems, the right cooling solution can greatly enhance system efficiency and reliability. Our 20RT Air-Cooled Chiller combines cutting-edge technology to deliver a stable and reliable cooling solution.

This chiller features a 1-ton water tank and a high-efficiency air-cooling system, eliminating the need for complex pumps and piping systems. This reduces maintenance complexity and costs. With a 20RT cooling capacity, it is suitable for a wide range of medium to large cooling applications, ensuring stable operation in industrial production, commercial HVAC systems, and more.

Intelligent Control System: The built-in smart temperature control system automatically adjusts operating modes to ensure the system always runs at optimal performance, avoiding energy waste.

Easy Installation & Maintenance: With its integrated 1-ton water tank, the system requires no complex piping connections, making installation and maintenance straightforward, reducing both installation time and costs.

Energy-Efficient & Environmentally Friendly: Uses advanced eco-friendly refrigerants, meeting global environmental standards while optimizing energy efficiency, thus minimizing operating costs.

Wide Range of Applications: Suitable for a variety of cooling needs, including industrial cooling systems, precision equipment cooling, HVAC systems, and more.

Installation & Maintenance

Contact us today to learn more about the 20RT Air-Cooled Chiller or discuss your specific needs. Our professional team is ready to provide you with customized cooling solutions. oumal@oumal.com

In today's fast-paced industrial environment, maintaining optimal temperature control is crucial for efficiency and product quality. Discover how low temperature chillers and water chiller machines can enhance your cooling processes, streamline operations, and ensure consistent performance.

Achieve Precise Cooling with Low Temperature Chillers
When it comes to applications requiring precise temperature control, low temperature chillers are the go-to solution. Designed to handle extremely low temperatures, these chillers are ideal for industries such as pharmaceuticals, chemicals, and food processing. The low temperature chiller ensures that your processes stay within critical temperature ranges, preventing overheating and ensuring the quality and safety of your products.

Our low temperature chillers offer exceptional performance and energy efficiency, thanks to advanced cooling technology and intelligent control systems. They are engineered to provide reliable and stable cooling even under demanding conditions, helping you maintain optimal operating temperatures with minimal energy consumption.

Versatile Cooling Solutions with Water Chiller Machines

Water chiller machines are essential for a variety of industrial applications, from manufacturing to HVAC systems. These machines efficiently remove heat from water used in cooling processes, providing a steady supply of chilled water to meet your specific needs. Whether you're cooling machinery, air conditioning systems, or other equipment, our water chiller machines deliver consistent cooling performance with minimal maintenance.

Our water chiller machines come with features such as adjustable temperature settings, high-efficiency compressors, and user-friendly controls. These features ensure that you get the precise cooling required for your operations, while also optimizing energy usage and reducing operational costs.

Why Choose Our Cooling Solutions?

Choosing oumalchiller low temperature chillers and water chiller machines means investing in technology that prioritizes reliability, efficiency, and sustainability. Our products are designed to meet the highest standards of performance, offering solutions that are both environmentally friendly and cost-effective.

As industries and large-scale commercial buildings expand, cooling systems like 400 kW air cooled chillers are crucial for maintaining stable temperatures. However, these systems can have significant environmental impacts, including energy consumption, greenhouse gas emissions, and water usage. Understanding and minimizing these impacts is essential for businesses aiming to operate sustainably.



Energy Consumption and Efficiency

Energy consumption is one of the most significant environmental concerns when using 400 kW air cooled chillers. Cooling systems can account for a large portion of a facility’s energy use, leading to increased carbon emissions. Older chiller models or those without energy-efficient features can consume more electricity, exacerbating their environmental impact.



To reduce energy consumption:

Opt for Energy-Efficient Models: Modern 400 kW air cooled chillers are equipped with features like variable speed drives and EC fans, which optimize energy use based on real-time cooling demand, significantly reducing power consumption.

Regular Maintenance: Regular maintenance, including cleaning filters and checking for refrigerant leaks, ensures the system runs efficiently and prevents excess energy use.

Refrigerants and Global Warming Potential

Refrigerants play a significant role in the environmental impact of 400 kW air cooled chillers. Older refrigerants such as R-22 have a high Global Warming Potential (GWP), contributing to climate change if they leak. In contrast, newer chillers use low-GWP refrigerants, such as R-134a or R-1234ze, which are more eco-friendly.



To minimize refrigerant impact:

Upgrade to Low-GWP Refrigerants: Retrofitting old chillers or selecting new models with eco-friendly refrigerants can significantly reduce greenhouse gas emissions.

Leak Detection: Regular inspections for refrigerant leaks and proper maintenance help prevent harmful emissions and ensure the system operates efficiently.

Water Usage and Efficiency

Although 400 kW air cooled chillers use air for cooling, they still require water for some components, especially in areas with hot climates. In regions facing water scarcity, excessive water use by cooling systems can be a concern.



To reduce water consumption:

Efficient Cooling Technologies: Newer models are designed with advanced heat exchangers that reduce the need for water while maintaining cooling performance.

Water Recycling: Facilities can install water recovery systems to capture and reuse water for other purposes, such as irrigation or cleaning, helping reduce overall water consumption.

Noise Pollution

400 kW air cooled chillers can generate significant noise due to their large fans and compressors. This noise can be a concern, particularly in urban areas or near residential neighborhoods.



To reduce noise pollution:

Noise-Reducing Features: Modern chillers often come with sound-dampening features like insulated panels and low-noise fans to minimize operational noise.

Optimal Placement: Installing chillers away from noise-sensitive areas, such as residential zones, can help reduce the impact of noise pollution on the surrounding environment.

Lifecycle and Waste Disposal

At the end of their service life, 400 kW air cooled chillers must be properly disposed of to avoid environmental harm. Components like metals, plastics, and refrigerants need to be recycled or disposed of according to environmental regulations.



To minimize waste:

Recycling: Ensure that materials like copper, aluminum, and plastics are properly recycled to reduce landfill waste.

Responsible Refrigerant Disposal: It’s essential to use certified professionals to safely reclaim and dispose of refrigerants, preventing harmful emissions into the atmosphere.

Technological Advancements for Sustainability

Recent advancements in 400 kW air cooled screw chillers technology have helped reduce their environmental impact, particularly regarding energy efficiency and refrigerant management.



Key innovations include:

Variable Speed Compressors: These compressors adjust their speed to match cooling demand, improving energy efficiency by preventing overconsumption during periods of lower demand.

Smart Controls: Advanced control systems can monitor and optimize the chiller’s performance, adjusting parameters in real time to improve efficiency and reduce energy use.

Sustainable Manufacturing: Leading manufacturers now employ sustainable practices, using eco-friendly materials and reducing waste during production.

By adopting these technological improvements, 400 kW air cooled chillers can offer better performance with a reduced environmental footprint.