Water total heat exchange energy reclaiming apparatus

Abstract

A water total heat exchange energy reclaiming apparatus includes a first chassis and a second chassis. The first chassis includes a first air duct, a water vaporizing device, a first heat exchange coil and a first fan. The second chassis includes a second air duct, a cold water heat exchange tube, a second heat exchange coil and a second fan. The first chassis and the second chassis are separated. Installation can be done according to environment requirements and is more convenient. Mixing of discharge airflow and return airflow can be prevented. Thus air quality of the environment can be improved and energy saving can be achieved.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The invention relates to a water total heat exchange energy reclaiming apparatus and particularly to an energy reclaiming apparatus to purify and filter air and transfer heat in the air through water vaporization. [0003] 2. Description of the Prior Art [0004] In recent decades there is a growing awareness of the concept of environmental protection. However most preventive measures focus on the macro level. The pollution issues that are not very notable often are overlooked, such as the pollution resulting from air conditioning. In short, most improvements on air conditioning systems at present mainly focus on lower energy consumption, noise reduction, humanized control, mood enhancement, dehydration, indoor air purification, and the like. While the issue of indoor air purification has attracted a lot of attention, the impact of polluted air discharged from the air conditioning or operation space (such as plants, chi...

AI Technical Summary

Benefits of technology

[0005] In view of the aforesaid disadvantages, the present invention aims to provide a water total heat exchange energy reclaiming apparatus to purify air quality, increase energy saving effect and facilitate installation thereby to improve environmental air and save energy.

[0006] The invention includes a first chassis and a second chassis that are separated but connected through a piping. The first chassis includes a first air duct, a water vaporizing device, a first heat exchange coil and a first fan. The second chassis includes a second air duct, a cold water heat exchange tube, a second heat exchange coil and a second fan. The water vaporizing device is connected to a water level controller and a first pump through a piping, and connected to the cold water heat exchange tube to form a closed circulation piping to reclaim cold and heat energy. The first heat exchange coil is connected to a second pump through another piping, and connected to the second heat exchange coil to form another closed circulation piping to release or reclaim cold and heat-energy. By means of the separated first chassis and the second chassis, discharge airflow and return airflow do not mixed. Hence operation efficiency can be maintained. The configuration can be arranged according to environment requirements. Installation is more convenient.

Problems solved by technology

The pollution issues that are not very notable often are overlooked, such as the pollution resulting from air conditioning.

While the issue of indoor air purification has attracted a lot of attention, the impact of polluted air discharged from the air conditioning or operation space (such as plants, chicken farms, and the like) to the environment often is neglected.

Moreover, due to over-utilization of lands, building density increases greatly.

This creates a secondary public hazard and contamination, and becomes one of the air pollution sources.

As a result, the energy saving effect suffers.

This is its big disadvantage.

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