Deodorizing, And Sanitizing An Airbnb, Hotel, Or, Motels

Hotel managers have long sought ways to keep their guests safe and comfortable. With the rise in global travel, there is a need for hotel owners to maintain higher levels of hygiene than ever before. Sanitizing hotel or motels is a crucial aspect of this effort, and chlorine dioxide emerges as one of the most effective tools available for this purpose. It acts as a powerful sanitizer and deodorizer, effectively preventing the spread of disease-causing germs and neutralizing unpleasant odors. Its fast-acting nature makes it ideal for sanitizing carpets, upholstery, draperies, and various surfaces with minimal effort. This potent disinfectant also effectively eliminates mold, mildew, bacteria, and viruses from any area it comes in contact with. By utilizing chlorine dioxide correctly, hotel owners can provide their guests with the highest levels of cleanliness and comfort.

Motels offer many of the same hotel amenities but often need more resources to maintain stringent hygiene standards.

Chlorine dioxide emerges as one of the most effective ways for motel owners to meet these expectations. Notably, its fast-acting nature enables it to disinfect and deodorize any area promptly and efficiently, all without leaving behind harsh chemical residues. By swiftly eliminating bacteria, mold, mildew, viruses, and other microorganisms, chlorine dioxide effectively mitigates the risk of serious health complications. Moreover, due to its non-toxic properties, this powerful sanitizer can be safely utilized on various surfaces such as carpets, curtains, bedding, and other fabrics, with no concern for discoloration or damage. By incorporating chlorine dioxide into their cleaning regimen, motels can establish a safe environment for their guests while safeguarding their business from potential costly liabilities.

Sanitizing hotels and motels becomes seamless with the utilization of chlorine dioxide. This powerful disinfectant serves as an effective tool for decontaminating hotel rooms after guests have checked out. Its fast-acting nature enables motel owners to promptly and efficiently eliminate any lingering germs or odors. Moreover, chlorine dioxide proves to be gentle on various surfaces, including carpets, bedding, and fabrics, as it doesn’t require harsh chemicals or excessive scrubbing. By employing this versatile solution, motels can uphold a superior level of cleanliness while effectively managing their cleaning costs.

Additionally, chlorine dioxide can effectively sanitize swimming pools and spas. This multi-purpose tool is a great way to protect against bacteria, algae, fungi, and other contaminants that can cause serious health complications. Chlorine dioxide’s fast-acting nature makes it ideal for quickly eliminating unwanted organisms without waiting for traditional chemical treatments to take effect. By utilizing chlorine dioxide in pool maintenance, hotel owners can create a safe and enjoyable environment for their guests.

Airbnb hosts can use chlorine dioxide to provide their guests with a safe, comfortable, and clean environment. Chlorine dioxide is highly effective at killing bacteria, mold, mildew, and viruses. It’s also very efficient in removing odors from carpets, furniture, and other soft surfaces. This makes it an excellent choice for disinfecting Airbnb units between stays. To ensure maximum effectiveness of the sanitizing process, it is essential to thoroughly vacuum or mop before misting with chlorine dioxide and then leave the room ventilated until the chlorine gas has dissipated. By doing so, you will achieve a deep level of cleaning while protecting your property against future contamination risks. With regular use of chlorine dioxide, your Airbnb will become known for its cleanliness, fresh smell, and overall livability – making it a top choice for guests looking for the perfect home away from home.


Sanitizing hotel or motels becomes a seamless process with the utilization of chlorine dioxide. By incorporating this powerful disinfectant, hotels can effectively minimize the spread of diseases and infections among guests, ensuring a safe and healthy environment. Furthermore, chlorine dioxide proves highly effective in eliminating various types of contaminants, including bacteria, viruses, fungi, mold, and dust mites, from all areas of a hotel’s facility. Whether it’s the air vents, mattresses, or carpets, chlorine dioxide can precisely target and eradicate these harmful elements. As a result, the entire premises are left not only clean but also fresh and pleasant-smelling, enhancing the overall guest experience. With chlorine dioxide, hotels and motels can confidently prioritize the well-being of their guests while maintaining a pristine and inviting atmosphere.

In addition, chlorine dioxide can be used to deodorize and sanitize fabrics, carpets, and other surfaces to keep hotel rooms smelling clean and inviting for the next guests. This helps to boost customer satisfaction, leading to higher ratings for hotels.


Motels are popular for travelers looking for a budget-friendly place to stay between destinations. But with heavy traffic, motels can quickly become breeding grounds for bacteria, viruses, and other microorganisms. It is important to use effective disinfectant products to keep motel rooms clean and safe for guests. Chlorine dioxide has been proven to be an effective sanitizer and deodorizer, capable of eliminating a wide range of pathogens from hard and soft surfaces.

In addition to disinfecting motel rooms, chlorine dioxide can be used for decontaminating areas exposed to biohazard materials or chemicals. Chlorine dioxide is a powerful oxidizer that can quickly neutralize hazardous materials, making it much safer for motel staff to clean and restore the room to its original condition. Chlorine dioxide also has deodorizing properties and can eliminate odors from smoke, mildew, pets, or other sources. This helps maintain a pleasant-smelling atmosphere in motel rooms for guests.


Sanitizing hotel and motels, including Airbnb accommodations, becomes a crucial aspect in maintaining cleanliness and guest safety. With the rise of Airbnb and the influx of short-term guests, there is an increased potential for the spread of germs and diseases. Therefore, it is essential to prioritize thorough sanitation between each stay to ensure a safe and hygienic environment for all guests.

When it comes to sanitizing hotels or motels, chlorine dioxide emerges as an ideal tool, thanks to its exceptional disinfectant properties. This potent substance effectively eliminates harmful germs, viruses, and other microorganisms present in the air, on surfaces, and within fabrics. By employing chlorine dioxide, hotels and motels can significantly reduce the risk of disease transmission between guests, ensuring a safe and hygienic environment. Furthermore, this proactive approach to sanitation also protects hosts from potential liability concerns that may arise from providing unclean accommodations.

In addition, chlorine dioxide can be used to deodorize and sanitize fabrics and surfaces to keep Airbnb rentals smelling fresh and pleasant for the next guests. This can help to boost customer satisfaction, leading to higher ratings for hosts.


Use for surface disinfectant around food, people, pets, children, babies, plants, and other living things. Non-corrosive on surfaces, eliminate odor (animal smell, rotten or spoiled food, garbage), general antibacterial, disinfect viruses and bacteria on hands, surfaces and in the air. Will not damage skin or clothing when diluted properly. Prepare activated solution to a strength consistent with the EPA threshold for residential, public access, or commercial food contact surfaces.

Use-Site CONCENTRATION MIX EQUAL PARTS 1:1  –  NaClO2 (Part A) and HCl (Part B)
Food Contact Surfaces 20 PPM 20 drops A, with 20 drops B in 1 gallon of water
Non-Food Contact Surfaces Light – 50 PPM
Moderate – 200 PPM
Heavy – 500 PPM
50 drops A, with 50 drops B in 1 gallon of water. (2ml = 50 drops)
200 drops A, with 200 drops B in 1 gallon of water. (8ml = 200 drops)
500 drops A, with 500 drops B in 1 gallon of water. (8ml = 500 drops)
Insecticide or Fumigant 725 PPM 725 drops A, with 725 drops B in 1 gallon of water. (29ml = 725 drops)



Mix in the bottom corner of a designated plastic mixing container. Let the solution activate for 1 minute before dilution, then fill with water. Agitate until mixed. Use as a solution, spray, swab, sponge, flush, fill, dip, immerse, or mop in a manner consistent with usual standards. Soak all biohazards. Allow to air-dry or drain-drip. No wipe or rinse required.

  • SPRAY / FOG – allow visible wetness for 5 minutes before drying. 
  • MOP – allow visible wetness for 5 minutes before drying. 
  • SWAB / SPONGE – allow visible wetness for 5 minutes before drying. 
  • SOAK / IMMERSE  – allow to drench or submerge for 1 minute. 
  • FLUSH / FILL – allow to drench or submerge for 1 minute. 
  • DIP / RINSE – allow to drench or submerge for 1 minute. 


  1. Biological Agents, P. 199. Discovery Publishing House. S.K. Prasad. Jan. 2009.
  2. Can Chlorine Dioxide Prevent the Spreading of Coronavirus or Other Viral Infections?  K. Kály-Kullai, M. Wittmann. Mar. 2020.
  3. Chlorine Dioxide Gas Decontamination of Large Animal Hospital Intensive and Neonatal Care Units, P. 144-154. Applied Biosafety 11(3) Henry S. Luftman. © Absa 2006.
  4. Inactivation of Enteric Adenovirus and Feline Calicivirus by Chlorine Dioxide, p. 3100–3105. National Center for Biotechnology. Jeanette A. June 2005. 
  5. Prevention and Control of Norovirus Gastroenteritis Outbreaks in Healthcare Settings. Division of Healthcare. Taranisia MacCannell, Craig A. Umscheid. 2011.
  6. Infections and Infectious Diseases. World Health Organization Regional Office for Europe. 2001. 
  7. CHLORINE DIOXIDE | Occupational Safety and Health Administration. OSHA Occupational Chemical Database. Dec. 2020. 
  8. Reregistration Eligibility Decision (RED) for Chlorine Dioxide and Sodium Chlorite (Case 4023). Prevention, Pesticides and Toxic Substances. Aug. 2006. 
  9. Insecticide and Insecticidal Method.  Takanori Miura Mitsukatsu Yatagai. Aug. 2012.
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