Home > Residential HVAC > New Air Handling Unit from Titus Offers Design Flexibility New Air Handling Unit from Titus Offers Design Flexibility Titus HVAC introduces the RevolutionTFX air-handling unit (AHU) Titus HVAC, a leader in air management, introduces the RevolutionTFX air-handling unit (AHU). Sources report the Revolution TFX air handler expands the contractor’s ability to meet the wide range of retrofit challenges found in office, government and educational projects. RevolutionTFX features a highly configurable cabinet, with design flexibility and an airflow range of up to 30,000 CFM. Its 36 cabinet sizes plus added material flexibility gives this component the ability to meet any air-handling requirement.  >> More Than Hot Air: Controlled Home Ventilation Systems are on the Move!By Contributor profile | % of readers think this story is Fact. Add your two cents. The Direct Expansion Air Handling Unit Global Market Report, 2011-2021 Market Research Report provides complete details about the current scenario of the global Direct Expansion Air Handling Unit industry with a special focus on the Chinese market.

Key statistics about the market status of the manufacturers in the Direct Expansion Air Handling Unit Industry as well as the details about the companies profiles are properly provided in the report.2 indoor unit ac The Direct Expansion Air Handling Unit Global Market Report, 2011-2021 Market Research Report is a comprehensive and insightful report that throws light upon the manufacturers as well as give a detailed study of the individuals who are interested in the industry. air handling unit videoIn addition to it, the report also talks about the largest players both in the international as well as in the Chinese markets.ac unit diy It also depicts the global and Chinese market of Direct Expansion Air Handling Unit industry that includes the capacity, production, production value, cost/profit, supply/demand and Chinese import/export.  

Apart from it, the total market is further divided by company, by country, and by application/type in order to provide the competitive landscape analysis. All the important parameters that are going to bring out the details of the Direct Expansion Air Handling Unit Industry and the variables that play a pivotal role in the entire process of report making are included in the report that also brings out the in-depth insight of 2011-2021 of the market. Key strategies are properly studied and an analysis is drawn that can bring a significant change in the future years to come. The report begins with the introduction of the Direct Expansion Air Handling Unit along with the complete status of the development as well as the analysis and the trends in the Direct Expansion Air Handling Unit industry. All the complete details about the company, the statistics as well as the contact information are all provided within the report. It also emphasizes upon the supply, consumption and the production of the Direct Expansion Air Handling Unit Industry both in the international markets as well as in China.

A comparative analysis of the key players is also provided in the report. Furthermore, the report is drawing an attention towards the market competition by Company, by region (USA, EU, Japan, Chinese etc) and by the application. The established players, as well as the new entrants, are able to get the detailed study of the market share, market forecast as well as the industry chain structure with respect to the Chinese markets. It also provides the complete details of the raw materials and the downstream industry. One is also able to get the complete focus and insight into the environment outlook both at the macro level as well as at the micro level. All the development challenges and the opportunities with the countermeasure are included within the report. All the information about the feasibility of the new projects investments as well as the strategies about the market entries is included within the report. Market Reports Center is an e-commerce platform obliging the needs of knowledge workers, experts, professionals who are subject to market research information for their work, or to make strategic business decisions.

Market Reports Center’s team consistently works to update and extend our existing repository of market research reports by partnering with new publishers and adding their studies to our website. Website: Market Reports CenterLam KS1, Chan FS, Fung WY, Lui BS, Lau LW.Author information1Department of Civil and Structural Engineering, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong. cekslam@polyu.edu.hkAbstractA study was carried out to investigate the feasibility of achieving ultra low respirable suspended particulates (RSP) in commercial offices without major modification of existing ventilation systems by enhancing the particulates removal efficiency of existing central ventilation systems. Four types of filters which include pre-filters, cartridge filters, bag filters and high efficiency particulates air (HEPA) filters were tested in a commercial building in Causeway Bay. The results show that an RSP objective of <20 microg/m3 could be met by removing RSP from both the return air and outdoor air supply simultaneously.

This level of performance is classed as 'excellent' by the Hong Kong Government, Environmental Protection Department. Filters with efficiency that exceed 80% placed both in the return air and outdoor air were sufficient to meet the objective. It is not necessary to install HEPA filters to achieve the 'excellent' class. The outdoor air filter has great influence on the steady state indoor RSP concentration while the effective cleaning rate is governed by the return air filter. Higher efficiency filters increased the static drop but the volume flow of the air fan was not affected significantly. The additional cost incurred was <5% of the existing operation cost.PRACTICAL IMPLICATIONS: This paper reports a field study of RSP control for an indoor office environment. The results are directly applicable to building service engineering in the design of ventilation systems using air-handling units. Field observations indicated that indoor RSP in an office environment could be suppressed below 20 microg/m3 within 1 h by the simultaneous filtration of outdoor air and return air.