With increasing consumer focus on hygiene and cleanliness in the air travel industry, it has become essential for the aviation service companies to incorporate relevant best practices according to airlines industry standards. 360 degree cleaning ensures, sterilized, and hygienic interiors for the aircraft.

With the constant inflow of passengers, aircraft can potentially harbor dangerous microbial dangers, which are not limited to economy seats. Owing to the closed environment of aircraft, germs can frequently infest seats, headrests, and parts such as the tray tables. Such microbes, carried by passengers are major challenges for airline operators.

A key issue with bacteria on airplanes is that airlines have two objectives, which are at odds with each other. One, they strive to reach better standards of customer service. Two they are forced to bolster profits by cutting downtime between flights, and cramming more people on board.

Consequently, cleaning operations needs major efforts in terms of planning, high priority targets, staffing, and logistics. The problem is compounded further when cleaning crew encounter additional threats such as vomit, blood, and even feces, making the job potentially dangerous. Such issues are magnified with the recent rise in superbugs and diseases such as Ebola, which makes efficient aircraft cleaning chemicals very important for the aviation industry.

Aircraft cleaning chemicals are utilized by commercial carriers around the world to maintain aircraft surfaces inside and out. Products from this industry include offerings such as aviation paint strippers, aircraft leather cleaners, and aircraft cleaning chemicals.

Perspectives on Specialized Chemical Formulations for Cleaning

The exterior surfaces of the aircraft are the first thing seen by airline customers. Consequently, with the increased importance being given to first impressions by airline companies, exterior cleaning operations of airplane wash and wax gain substantial importance. Oxidants, and chemicals which can be harmful to the aircraft and to the environment can build up on the exterior surfaces. Exterior cleaning facilities are primarily concerned with maintaining the integrity of paint, while bolstering aesthetic appeal with hygiene and safety.

In most cases, the exterior cleaning process for an aircraft involves four key steps, of washing, applying detergent, and polishing. It is important to note that aircraft exterior cleaning agents require specialized chemicals. All-purpose cleaners, which are used for cars and boats have been known to have an adverse impact on performance and paint life if used on aircraft.

On the other hand, interior cleaning processes for aircraft aim towards the minimization of dust, dirt, microbes, and insects as a part of the aircraft cabin cleaner job. The overall interior cleaning procedure commonly involves the processes of vacuum cleaning, minor upholstery repairs, deep cleaning, dry cleaning, and ends with polishing of metal and plastic surfaces.

These aircraft cleaning procedures objectively push for a hygienic aircraft with sanitization and sterilization operations, which requires medically approved disinfectants, and other restoration chemicals which are capable of killing known germs and bacteria. Airlines must also conduct fumigation operations followed by sample culture tests for medical approval before operations.

Sustainability and Regulation Compliance: How Manufacturers Should Strategize for Both

Newer offerings from the aircraft cleaning chemicals industry emphasize on workplace safety, and environmental regulation compliance for applications in the commercial aviation and defense sectors. Consequently, such aviation cleaning products including odor control products, aviation cleaners, and degreasers have to be effective and versatile, without the risks associated with conventional toxic chemicals.

Such chemicals not only have to meet the needs of exterior and interior cleaning operations, but also have to be food safe for aircraft catering and service operations, thus minimizing the impact on waste water treatment.

Aircraft cleaning chemicals for exteriors are now designed to be disposed directly into sewer systems, being safe for exposure to workers, minimizing the costs of treating oily water, and being compliant with environment regulations.

On the other hand, the aerospace chemicals used for interior cleaning have to be free of known carcinogens, be non-flammable, useful for multiple surface materials, and have to be good in restoring heavily soiled surfaces, such as fabrics, while being readily biodegradable and non-toxic.

Dry Wash Cleaning Materials to Offer Competitive Advantage to Airline Operators

The accumulation of dirt and undesirable chemicals on the exterior of airplanes increases fuel consumption, by hampering the aerodynamics of the aircraft and increasing weight. Conventionally, such aircraft were cleaned with highly pressurized water around 5 times each year. However, such washes can use up to 11,300 liters of water per aircraft, per airplane washing service.

With the increased focus of airlines to present an eco-friendly image to fliers, airliners are now increasingly opting for dry wash options, which requires no water, and only simple aircraft exterior cleaning equipment to achieve the requisite applications. According to analysts the use of such dry wash materials results in savings of many millions of liters of water on an annual basis. In addition, these products are designed to reduce the need for cleaning operations, reducing downtime and bolstering profitability.

These materials are also designed to be biodegradable, be safe for worker use, and provide superior gloss, on multiple surface materials, and also increasing resistance to corrosion, adverse weather, oxidation, salt, and UV-rays, which will sustain demand in the near future.

Automation : A Governing Consideration

Robotic cleaners have witnessed increased demand in recent years from the worldwide airline industry, with the objective of minimizing ground time for aircraft, and also cutting down fuel for cleaning operations. Automation for aircraft wash system solutions are primarily aimed towards bolstering the rate of aircraft availability and also reducing the use of detergent and water resources.

Automated cleaning solutions opens up additional time for other maintenance operations which can be essential to the performance of the aircraft. Such robots can be programmed to clean the exteriors of all aircraft models and configurations with greater efficiency and safety than human crews.

These machines are even designed to aid in extending the life of paint jobs, and minimizing issues associated with corrosion. In addition, the use of robots minimizes liabilities for airlines in terms of personal injury and damage to aircraft, while also cutting aircraft cleaning rates needed in employing manpower.