Brine Chillers

Product Description

There is a choice of screw compressors, including Bitzer, Hanbell and J & E Hall etc. We keep up with semi-hermetic construction options, making our brine chillers maintenance friendly. This screw compressor range is specially designed for low temperature applications. There are internally built oil separation method, discharge port and check valves at suction, as per the standard.  

Our brine chillers have innovative design that ensures good product coverage and total temperature uniformity. Also, they are designed for lower operating costs and enhanced system life. Our systems ensure constant temperature performance, from -50 degree C to + 20 degree C. They are used for outdoor installation as well as indoor installation. Our brine chillers are equipped with effective control mechanism that helps in smooth operation even at -25 degree C temperature. 

The type of screw compressor we use are either from Bitzer (Germany), Hanbell (Taiwan),or J&E Hall (UK). All these compressors are semi-hermetic in construction, due to which it is maintenance friendly. The screw compressor range we offer is developed especially for low temperature chillers applications and is provided along with an adjustable volume ratio. Besides this, an internally built oil separation system, discharge port and check valves at suction are offered with the OEM equipment as standard part of it.  The screw compressor is designed in varied specifications by the respective OEMs mainly for low temperature applications.

HIGH COP/EER is a proficient component of the refrigerant. This water cooled chillers unit always matched with the standard ASHRAE/ANSI 15 Safety Code. As the the condensers are oversized, the productive gathering of the refrigerant solution enables lower IKW contrasted and other accessible brands.

Shell & Tube Evaporator is fabricated with copper containers of 19 SWG that enables them to withstand even hard water with more than 8 pH value. The copper tubes consist Flamingo licensed star turbulator embeds, which provides turbulence to the refrigerant that courses through the copper tubes. The turbulence Shell & Tube are made of top-notch quality steel and evaporators is made in accordance to ASME Section VIII. The evaporators we provide have an excellent hot has exchange rate.

The gamut is available in a different types of refrigerants that includes R-407c, R-22 (Freon) and R-134a. Both R-134a and R-407c are environment friendly and have non-ozone draining refrigerants.

Ultra Efficient Condensing uses perfectly finned outer copper tubes for increasing the heat transfer surface at higher efficiency in comparison to copper tubes that are not finned. These copper tubes are of 16 SWG and are finned on the outer surface up to 26 fins per inch. The expanding of the machinery is done mechanically via torque controlled machine in this process imported VMC are also implemented.

Economizer For Higher Efficiency is given as per the refrigerant used and also depends on the desired range of liquid temperature. We provide the economiser as standard part of supply in process chillers that are used for evaporating temperature of 0 degree Celsius or or lower. The sub-cooler helps in increasing the overall capacity of the chiller by upto 10percent and also helps in reducing the overall power consumption, which ultimately increases the overall coefficient of performance (cop).

The varied options for choice of refrigerants comprises R-407C, R-22 (Freon) and R-134a. The R-407C and R-134A are known for their non- ozone depleting and environment friendly refrigerants.

Brine Chillers Features & Benefits :- 

• Compact, robust and energy saving 
• Easy installation, use and maintenance
• Best adjust-ability to meet cooling demand    
• High thermal efficiency
• Fast, uniform chilling and high yields
• Custom design for the best size and configuration  

FAQ

1. What is a brine chiller?

Ans - A brine chiller is a type of cooling system that uses a saltwater solution, also known as brine, to transfer heat away from a refrigeration system. This type of chiller can be used to cool a variety of substances, such as food, beverages, and industrial products.

2. How does a brine chiller work?

Ans - A brine chiller works by using a series of pumps to circulate brine through a closed loop system. The brine absorbs heat from the refrigeration system, then passes through a heat exchanger where the heat is transferred to a second fluid. This second fluid then dissipates the heat into the environment.

3. What are the benefits of using a brine chiller?

Ans - Brine chillers are energy efficient and have a higher cooling efficiency compared to traditional methods. They are also well-suited for cooling large systems, as the brine can be circulated over long distances with minimal loss in efficiency.

4. What types of industries can use brine chillers?

Ans - Brine chillers are used in a variety of industries, including food and beverage processing, pharmaceutical production, and chemical manufacturing. They are also used in industrial processes such as metalworking and plastic molding.