The HVAC systems that use ducts collect contaminants and pollutants over time that impact air quality in doors adversely. Special tools are used for dislodging the dirt and debris that is then vacuumed out with a powerful vacuum cleaning device. Use of robots as tools to keep the duct system humming along is a part of the techniques applied to this purpose. The use of modern robot duct cleaning tools is a practice that is part of the cleaning arsenal of equipment applied to clean the indoor duct system. The advantageous aspects of using high tech robot technology has been demonstrated to be super in operational delivery over other methods.
Cleaner ductwork is beneficial to health and finances. Air duct cleaning is a growing industry as we are spending more time indoors and learn that poor ventilation increases indoor pollution levels. More people are becoming aware of the benefits of air duct cleaning and the fact that adverse health effects can show up speedily or after years of exposure. Millions of people with allergies are a natural market for this service. As the EPA has revealed hazardous indoor pollutants can exceed outdoor pollutants by a number of multiples.
Duct cleaning equipment should remove both visible and invisible contaminants. Mold and bacteria can affect indoor air quality and pose a health risk when air ducts become host to microbial agents. Legionnaires Disease is one example that has gained notice as it has caused outbreaks that effect many people. Poorly maintained air conditioning equipment has been found to encourage the propagation of the bacteria causing the disease. The key to preventing such outbreaks is the proper monitoring and maintenance of the equipment.
Robot duct cleaning speeds up the cleaning process and save workers from exposure to hazardous materials. Technological advances can be seen in the duct cleaning equipment now available as evidenced also by the robotic equipment deployed today. Robots are especially useful in areas where access is a challenge for other types of equipment. Robots can be used for the cleaning, spraying and sampling part of the process, although initially such equipment was used to inspect the environment inside ducts.
Camera and video recorders attached to robots allow viewing and documenting of the conditions and operations inside ducts. Robots can maneuver adeptly around obstacles and fit into smaller apertures than other types of tools. Reducing cost and improving efficiency is a hallmark of their application.
The remote controlled robotic equipment comes in various shapes and sizes for different uses. In the 80s the first use was of robotic video cameras to record conditions inside the duct. Now, robotic cleaning systems have many more uses. These devices reduce labor costs and provide improved access for better cleaning. Recently, areas for the application of small mobile robots have extended purposes in the service industries, including applications for duct cleaning and inspection. These cleaning robots are a useful tool for maintaining the sanitary condition of the ventilation system.
Manual operation controls the use of robot tools. Improvements in technology is an ongoing process. Researchers are working on greater advances towards improving the efficiency of these productive tools.
Be aware that the service you select is qualified to clean and cleans each component of the system to prevent recontamination of the whole. Methods and tools may vary, but there are industry standards established by industry associations. Expenses vary depending on elements such as the service selected, systemic proportions, accessibility and the contamination levels.