Cooling Tower Design Calculation Software

There are many design guideline to assist engineers to understand the basic principles of cooling towers. These towers are basically used to remove excess heat that is generated in places such as power stations, chemical plants and even domestically in air conditioning units, and are relatively inexpensive and a dependable means of removing low-grade heat from cooling water and have developed into an important part of a plant (and widely use in various plants). There are different types of cooling towers, air and water flow pattern.
Importantly in this field it the knowledge of theories relative to the physical characteristics of natural air and thermal characteristics of water in plants, before starting the design/sizing a cooling tower; moreover, for understanding its calculation (such as water make-up, fan characteristics).
After many years of Cooling Tower design and production, we want to share our experience with professionals in the field. We have developed a program, useful and easy to handle, for the quick and secure design and calculation of a cooling tower project.
The 'Cooling Tower Software' program is based on these two flow patterns managed by the cooling tower.
This calculating program has three functions and it can be used for:
  • Cooling towers tons pairs the water-cooled chiller tons and the water-cooled condenser tons. Chiller Refrigeration Tons The process of cooling is called refrigeration. 2008-10-8 The cooling tower calculation is based on the most generally accepted theory of the cooling tower heat-transfer process developed by Merkel.
  • GTPL Software is made for counter flow wet cooling towers. Its main features are user-friendliness and flexible application. GTPL software has a Graphical User Interface (GUI) for input and output and is quite interactive to facilitate cooling tower thermal design process.
(i) designing a new project,
(ii) upgrading the performance of an existing counter flow tower, and
(iii) verifying the efficiency and working conditions of a tower.
In general, the program allows to know all accurate data related to cooling tower with different types of fill (splash or film) and, furthermore, optimize it for better performance.

COOLING TOWER DESIGN AND SELECTION SOFTWARE (TOWER DESIGNER & SELECTOR) SOFTWARE DESCRIPTION. TOWER DESIGNER & SELECTOR is an advanced design and selection software for open and closed circuit cooling towers, used in HVAC & R systems and industrial processes. Open circuit cooling towers selection module.

Cooling Tower Design Calculation Software Free

Cooling towers tend to be clogged due to scale/limestone/algae, since it always has direct contact with the water and air. Hence, proper material selection or additional water treatment is then needed to keep the cooling tower running efficiently and safe.
Proper management is essential to maintain performance in order to prevent malfunctions and, as a consequence, drastic losses due to non-functionalities until it blocks the plant production.
In addition to the program, we have also developed a filling material for systems that exploit the physical principle of 'mass transfer' to migrate from one element (water) to another (air), called TURBOsplash PAC ®™. This filling material is employed in water cooling towers, exploiting the two elements, water and air, to increase performance and allow for a reliable and long functioning period.
To see an example of the cooling tower software program result data, just click on the button below:
Calculation

OR, to go directly to the calculating program website and try it out yourself, just click on this other button below:

For residential homes, the best method of calculating heat loss/gain is called a Manual J. This heat and cooling load calculation, developed by Air Conditioning Contractors of America (ACCA), can be manually or computer calculated. Most computerized versions provide input values for an easier and faster calculation. Most software versions offer instructions on inputting data. A properly sized HVAC system, combined with a seasonal service check, will provide years of efficient operation.

HVAC Software: When You Replace An HVAC System, A Load Calculation Should Be Done

Run android emulator mac. This dates me, but I remember when you installed or replaced an air conditioning system for a house, you took the square footage of the building, times it by 12, added 6000, and rounded it up to the nearest 1/2 ton (6000 btu/h). For example, a 1200 square foot home = 1200 x 12 + 6000 = 20400 btu/hr. Since 12,000 btu/hr = 1 ton of cooling. The nearest 1/2 ton to 20400 would be 24,000 btu/hr or 2 tons of cooling.

The formula worked well for the old 8 SEER systems. The only R rating we were concerned with then was at the movies (bad joke about thermal resistance). Most houses were heated by gas or oil. When you added air conditioning, you had to change the blower motor and installed a fan center on the furnace. This was for generating higher fan speeds in the air conditioning mode.

That was a long time ago and changes in HVAC technology have greatly improved since then. Energy efficiency is now a concern. Homes are better insulated and engineering improvements to doors and windows have changed exceedingly.

Cooling Tower Design Calculation Software Pdf

For example, an older home that had single pane window glass, and little or no insulation in the walls or attic, would be sized for a 3 ton AC system. With upgrades to the windows and more insulation in the walls and attic, a new 2.5 ton air conditioning system could now do the same job as the old 3 ton system using less energy. Today, many factors go into calculating the values to correctly size an HVAC system.