Product Description
With the team of professionals and experts, our company is capable of manufacturing and exporting a reliable range of bottle type cooling tower. These towers are largely used in chemical, pharmaceutical, beverage, metal processing and cement industries for transferring process waste heat and toxic fumes to the atmosphere. In order to manufacture high quality bottle shape cooling tower, our professionals employ advanced machines and utilize quality tested material procured from the authentic vendors. We can also customize these towers as per the clients needs.Bottle shape cooling towers are designed in induced draft design to ensure more efficacy than the forced draft counter flow design. Developed from the advanced plastic technologies, they are highly efficient tower that use less power per cooling ton. High quality FRP materials are used in the fabrication to offer maximum resistance to rust, abrasion and damages, In addition, the sturdy body also ensures to provide complete protection from adverse weather conditions and chemicals. The induced draft designs of bottle type cooling towers make sure to consume 50percent less energy that ensure to cut city water as well as sewer bills up to 97percent due to the process of water re-circulation that wasting. Their reliable, trouble-free and long lasting fiber glass reinforced plastic provides economic outdoor heat picked up dissipation by water in refrigeration, air conditioning and other applications.Features:
- Easy installation
- Low energy consumption
- Less maintenance
- Long service life
- Space saving design
- Sturdiness
FAQ
1. What is a cooling tower of the bottle type?
Ans - A bottle-shaped heat exchanger is a particular kind of cooling tower that uses evaporative cooling to reduce water temperature.
2. How does a cooling tower made of bottles operate?
Ans - The bottle-shaped heat exchanger, where the water is pumped, cools the water by evaporation. After cooling, the water is gathered in a basin or sump and recirculated through the system.
3. What are the advantages of employing a cooling tower made of bottles?
Ans - Since they consume less water and energy than traditional cooling towers, bottle type cooling towers are more effective. They can also fit in smaller locations because they are more compact.
4. What kind of maintenance is necessary for a cooling tower with a bottle design?
Ans - In response, bottle-type cooling towers need routine maintenance. This include monitoring the water levels, looking at the heat exchanger, and clearing out any dirt or debris from the basin or sump.
5. How long does a cooling tower of the bottle type generally last?
Ans - According to usage and maintenance, a bottle-type cooling tower has an average lifespan of 15 to 20 years.
Superior Heat Exchange EfficiencyThe honeycomb PVC fill media inside the Bottle Type Cooling Tower is specifically engineered to maximize contact between air and water, ensuring exceptional heat transfer. This results in efficient cooling performance with minimal drift losses, optimizing your process cooling or HVAC system while conserving water and reducing operational costs.
Durable & Corrosion-Resistant ConstructionCrafted with a heavy-duty galvanized iron or steel frame and a UV-stabilized FRP body, this cooling tower is built to withstand outdoor environments and harsh climatic conditions. The corrosion-proof casing and high-quality ABS/PP nozzles ensure long-term durability and low maintenance needs, contributing to uninterrupted industrial operations.
Flexible Installation and Maintenance AccessDesigned to suit various mounting options, the Bottle Type Cooling Tower can be installed on rooftops, ground level, or outdoor locations. The manhole access enables easy internal inspection and cleaning, facilitating routine maintenance and extending equipment longevity. Customizable dimensions and color options allow seamless integration into any facility.
FAQs of Bottle Type Cooling Tower:
Q: How does the Bottle Type Cooling Tower work to cool water?
A: This cooling tower operates using an induced draft counterflow system. The axial flow fan draws ambient air through the honeycomb PVC fill media, which enhances the contact surface area for heat exchange. As water circulates through the fill, heat is transferred to the air, resulting in cooler water exiting the system at the desired temperature.
Q: What are the main benefits of choosing this cooling tower for industrial cooling?
A: Key advantages include highly efficient heat transfer, low drift losses (less than 0.01%), rugged corrosion-resistant construction, quiet operation under 68 dB, and customizable installation options. Its easy maintenance access and low makeup water requirement support continuous, cost-effective operation.
Q: Where can this cooling tower be installed for optimal performance?
A: The Bottle Type Cooling Tower can be installed outdoors, on rooftops, or at ground level, providing flexible deployment based on your facilitys infrastructure and space constraints. Its robust construction ensures stability and performance, regardless of the installation location.
Q: What is the process for routine maintenance and how accessible is the tower interior?
A: Maintenance is streamlined with a conveniently located manhole, granting direct access to the internal components for inspection and cleaning. Regular maintenance includes checking the fill packs, cleaning the nozzles, and ensuring the fan and motor function efficiently for sustained cooling.
Q: How much makeup water is required during operation and what factors influence it?
A: Typically, 23% of the circulating water is needed as makeup water, depending on ambient temperature, humidity, and cooling load. Proper maintenance and operational adjustments help minimize water consumption.
Q: When should I specify customized dimensions or color for my cooling tower?
A: Customized dimensions and color selections are recommended when you have specific installation area restrictions, architectural requirements, or branding needs. These custom options ensure the cooling tower fits perfectly within your facility while maintaining visual congruence.