Trabajo ingles zeus e ivan
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The document discusses various components of air conditioning and cooling systems. It defines heat load, air conditioning, air cooling, and refrigerated air. It then describes common components like cooling towers, condenser pumps, chillers, and supply air fans. Cooling towers transfer waste heat to the atmosphere using evaporation or dry cooling. Condenser pumps move condensate water. Chillers remove heat from liquid using vapor compression or absorption cycles. Supply fans circulate cooled air through ductwork.
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The document provides definitions for various components used in HVAC systems:
1) Cooling towers transfer process waste heat to the atmosphere using evaporation of water or air to cool working fluids.
2) A condenser pump pumps condensate water produced in HVAC, refrigeration, or steam systems.
3) A chiller removes heat from a liquid via vapor-compression or absorption to circulate cooled liquid through heat exchangers.
4) A compressor raises the pressure of gases, vapors, or mixtures used in HVAC systems.
process design of water chilling plant
using different refrigerants as working fluid,the variation in the dimensional parameters of evaporator ,compressor,condenser and expansion device are shown.
AC end.pdf
This document summarizes a student project on designing an induced draft cooling tower. It includes an abstract, table of contents, introduction on cooling tower components and operation, descriptions of different cooling tower types and materials used, and conclusions on ceramic tile packaging and simulation studies. The project aims to design a circular cooling tower and analyze its performance under various loads using structural analysis software.
AC.docx
This document summarizes the key components and operation of an induced draft cooling tower. It discusses the purpose of cooling towers, which is to transfer process waste heat from water to the atmosphere. The key parts of a cooling tower are identified, including the fan, fill packaging, spray nozzles, and drift eliminator. It also explains that warm water enters the top of the cooling tower and is sprayed across the fill packaging in droplets to increase surface area and allow heat to be transferred to the air moving countercurrently through the tower.
condenser .pptx
1. The document lists names of people and presents information on condenser air conditioning and refrigeration to Dr. Amr Kaoud, including defining the function of condensers as removing heat from hot refrigerant vapors and condensing them into liquid refrigerant.
2. It discusses typical condenser problems such as blocked airflow, non-working fans, refrigerant leaks, and fouling. It also provides the governing equation for condensers and different types of condensers.
3. The document presents information on designing a condenser, including specifications for a design problem of a 125 kW air cooled refrigerant condenser using R-134a as the refrigerant with air as the coolant.
Water Chilled Airconditioning
The document provides information about chilled water air conditioning systems including:
- They use water as the secondary refrigerant which is chilled by a chiller and circulated through buildings to absorb heat.
- Common applications include large buildings like offices, factories, and some homes.
- The chiller cools water to 40-45°F which is then piped through the building to air handlers that act like evaporator coils.
- Key components of the system include the water chiller, cooling tower, air handlers, fan coil units, and expansion tank.
Refrigeration system
Vapor compression refrigeration cycle, Refrigerants,
Coefficient of performance, Capacity, Factors affecting Refrigeration and Air conditioning
system performance and savings opportunities.
Vapor absorption refrigeration system: Working principle, Types and comparison with
vapor compression system, Saving potential
condenser-180206082852.pptx
Condensers are heat exchangers that condense refrigerant vapor by rejecting heat to an external medium such as air or water. There are several types of condensers including air-cooled, water-cooled, and evaporative condensers. Air-cooled condensers use air as the cooling medium, water-cooled condensers use water, and evaporative condensers use both air and water to extract heat from the condensing refrigerant. Condensers are important components in refrigeration systems that remove heat from the refrigerant vapor leaving the compressor, allowing the refrigerant to condense into a liquid that can provide cooling in the evaporator.
ENERGY AUDIT presentationin power system .pptx
An energy audit is a systematic process of evaluating and analyzing energy usage in a building, facility, or industrial process to identify opportunities for energy efficiency improvements, cost savings, and environmental sustainability. The goal of an energy audit is to assess energy consumption patterns, identify areas of inefficiency or waste, and recommend measures to optimize energy usage and reduce overall energy consumption.
Here's an overview of the typical steps involved in conducting an energy audit:
1. **Pre-Audit Planning:**
Define the scope and objectives of the energy audit, including the areas or systems to be evaluated, the level of detail required, and the desired outcomes. Identify key stakeholders, establish audit goals, and gather relevant documentation, such as utility bills, building plans, and equipment specifications.
2. **Data Collection and Analysis:**
Collect comprehensive data on energy consumption, including utility bills, meter readings, and operational data
Condenser
Condensers are heat exchangers that condense refrigerant vapor by rejecting heat to an external medium such as air or water. There are several types of condensers including air-cooled, water-cooled, and evaporative condensers. Air-cooled condensers use air as the external medium and can be natural or forced convection. Water-cooled condensers include tube-in-tube, shell-and-coil, and shell-and-tube designs with water flowing inside tubes or a shell. Evaporative condensers combine features of cooling towers and water-cooled condensers using both air and water to extract heat from the condensing refrigerant.
Ae04602212216
The document analyzes the performance of an 80-ton capacity air-cooled scroll chiller system using R-22 and R-407C refrigerants. Experimental results show the theoretical COP of R-22 is 4.166 but the actual COP is 2.227, while for R-407C the theoretical COP is 3.465 and actual COP is higher at 2.745. Based on these results, R-407C is concluded to be a viable alternative refrigerant to R-22 for air-cooled chilling systems and HVAC applications.
Training & Discussion Session for Critical Environment Management Part I HVA...
Training on Data Center Facility Operations
HVAC
The document discusses heating, ventilation, and air conditioning (HVAC) systems. It defines HVAC and describes its main functions of temperature control, humidity control, pressure regulation, and air circulation. It outlines the major components of HVAC systems including air handling units, ducting systems, and air diffusers/grilles. Air handling units have components like filters, heating/cooling coils, humidifiers/dehumidifiers, and fans. Ducting systems distribute conditioned air through ducts in various shapes and materials. Diffusers/registers release supply air into a space in a regulated fashion.
Air conditioning system
The document discusses an air conditioning system. It begins by defining air conditioning and its key components and principles. It then describes the components of an air conditioner including the blower, evaporator coil, compressor, condensing coil, fan, air filter, and thermostat. It explains the refrigeration cycle and includes a diagram. It also discusses different air conditioning system types, components of central air conditioning like the air handling unit and cooling tower, and concludes with descriptions of the air distribution system components like fans, filters, ductwork, outlets, and dampers.
Optimal design of a hyperboloidal cooling tower
1. The document discusses the optimal design of a hyperboloidal cooling tower, which is a type of evaporative cooling tower that uses the evaporation of water to lower the temperature of a water stream.
2. It describes the components and functioning of cooling towers, including different types based on how air is drawn through. Hyperboloidal cooling towers have become standard due to their structural strength and efficiency.
3. The document then discusses issues like scale deposits that can reduce efficiency and proposes solutions like regularly cleaning spray nozzles and using soot blowers to remove scale and increase run time. It emphasizes the wide application of cooling towers in industries.
15679104 basic-civil-and-mechanical-engineering-unit-v
Refrigeration is the process of providing and maintaining a temperature below the surrounding atmosphere. Refrigerators cool objects while heat pumps heat spaces warmer than the surroundings. Common types of refrigerators include ice refrigerators which use ice as the cooling medium, air refrigerators which use air, and vapor refrigerators which use working fluids like ammonia or freon. Refrigeration has applications in industries like food preservation, manufacturing, and air conditioning.
Chapter One.pdf
This document discusses the history and principles of refrigeration and air conditioning. It begins with definitions of refrigeration and air conditioning. It then discusses various applications including in industries, households/offices, and public places. It also discusses cold storage. The document then discusses the history of refrigeration from natural methods like ice harvesting to modern vapor compression systems. It explains the basic components and functioning of refrigeration systems including the evaporator, compressor, condenser, expansion valve and refrigerant. It also discusses laminar and turbulent pipe flow and pressure drops in pipes.
Refrigrationairconditioning 140423035013-phpapp01 (1)
to know more about refrigeration & air conditioning system. to learn about the air conditioning system and more information
Central Air Conditioning Systems
The document compares and describes two types of central air conditioning systems: direct expansion (DX) systems and chilled water systems. DX systems directly cool room air with refrigerant in the air handling unit, making them more efficient over shorter distances. Chilled water systems use a central plant to chill water, which is then circulated to air handling units to cool room air over larger buildings and distances. Key components of each system like compressors, condensers, cooling coils, and ductwork are explained.
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