GLOBAL AUTOMOTIVE AIR PURIFICATION SYSTEM MARKET
In general, outdoor air is cleaner than inside air. A busy road or highway close to your home, on the other hand, might cause significant indoor air pollution. Within the first 500 feet of a road, traffic pollutants tend to be at their greatest concentrations, and they don’t reach background levels for another 2,000 feet. You may reduce road pollution by using an air purifier near the population.
There are many parts of cars on the road that damage the environment in various ways. As a result, automobiles generate far less pollution than diesel-powered large vehicles. Another source of traffic pollution is brake and tyre dust, as well as soil dust that is thrown up by automobiles. However, a few categories may be made out of all of the chemicals that enter into the air while near a busy road. CO2 and NOx are directly released by vehicles, but secondary pollution is also created when emissions combine with other compounds in the air to generate hazardous substances, according to the EPA.
A contaminant sometimes neglected is brake dust. They wear out because the friction of braking grinds them up into fine iron, copper, and manganese dust. People who live or work nearby may be exposed to these particles since they are small enough to float in the air and be picked up by the wind, resulting in inhalation. Your tyres begin to wear out, releasing tyre dust into the air as a result. In modern synthetic rubber, numerous chemical compounds are used, and their environmental impact has not been well explored.
GLOBAL AUTOMOTIVE AIR PURIFICATION SYSTEM MARKET DEVELOPMENTS AND INNOVATIONS
|S No||Overview of Development||Development Detailing||Region of Development||Possible Future Outcomes|
|1||Jaguar Land Rover vehicles to get new air purification system to ‘inhibit 97% airborne viruses’||Jaguar Land Rover’s future cabin air purification technology has been shown in laboratory tests to inhibit viruses and airborne bacteria by as much as 97 percent. The prototype heating, ventilation, and air conditioning (HVAC) system uses Panasonic’s nanoe X technology to inhibit harmful bacteria and viruses and will help the cabins of future Jaguar and Land Rover models to deliver a unique customer experience.||Global||This would enhance better Technologies and production|
|2||Tesla makes Hepa filter with ‘bioweapon defense mode’ standard on Model Y electric SUV||Tesla has made its HEPA filter with “bioweapon Defense mode” standard on new Model Y electric SUVs produced at Fremont Factory. With the Model X and later the Model S, Tesla has started to put massive HEPA-rated air filters inside its vehicles.||Global||Better Technological adoption systems|
GLOBAL AUTOMOTIVE AIR PURIFICATION SYSTEM MARKET DYNAMICS
Rapid urbanization and industrialization, coupled with a rise in consumer demand for convenience features in mid-variant cars, are the key factors driving the market. To lower pollution levels, governments throughout the world are implementing a variety of policies. Air purifiers are being added to automobiles to enhance the quality of the air. In other words, vehicle air purifier sales are expected to rise at a significant rate throughout the projection period. As a result of high costs and non-standardization, the air purification system market growth is constrained.
The hybrid purifiers are expected to develop at the quickest rate in the market due to increased public awareness of air pollution’s impact on health and environment. Hybrid air purifier systems, which are equipped with more than one kind of filtration system and give superior output compared to other systems, have also grown in popularity as a result of rapid urbanization and industrialization Automotive air purifier OEMs are integrating the technology into their cars, which will enhance the market for automotive air purifier OEs.
GLOBAL AUTOMOTIVE AIR PURIFICATION SYSTEM MARKET SEGMENTATION
The Global Automotive Air Purification Systems Market can be segmented into following categories for further analysis.
- Hybrid Development
By Class of Propulsion
- Electric Vehicle
- Hybrid Vehicle
- Fossil Fuel Vehicle
- Specialized Fuel Vehicle
- Gas Based Vehicle
By Regional Classification
- Asia Pacific Region – APAC
- Middle East and Gulf Region
- Africa Region
- North America Region
- Europe Region
- Latin America and Caribbean Region
RECENT MARKET TECHNOLOGICAL TRENDS IN GLOBAL AUTOMOTIVE AIR PURIFICATION SYSTEM MARKET
Traffic congestion due to rapid urbanization has led to an increase in air pollution as well as higher living standards for residents who can now afford to spend more on cleaning and sanitization procedures around them. Air quality is deteriorating in cities across the world and the need for automobile air purifiers is increasing as a result. Air purifiers for automobiles utilise cutting-edge technology to remove allergens and odours from car interior air. They don’t allow undesirable scents to persist, and they have no adverse impact on health.
There has been most recently introduced technology wherein PM2.5, for example, may be removed from the car’s interior fast and effectively using a new technology. If the Clean Air Delivery Rate (CADR) is 16 m3/hr, then a conventional car or SUV can filter 50% of its air in less than 10 minutes. Smoke and dust are also removed from the air, allowing you to breathe in fresh air. There has also been improvisation in having better mobility-based solutions presented which treats nitrogen dioxide (NO2) at a CADR of 13 m3 per hour and sulphur dioxide (SO2) at 7.9 m3 per hour.
A recent developmental function wherein there is an integrated and built in PM2.5 sensor that tells you the current level of pollutants in the car. It also includes an activated carbon filter capable of removing volatile organic compounds, formaldehyde, cigarette smoke, bacteria, virus, etc. The presence of Plasmacluster technology has been part of the new innovation wherein it is used to generate the same Negative and Positive Ions that occur in nature. These ions are said to return to the air in the form of water vapour.
In the city, vehicles are stationary for almost 35% of the time, with their engine’s idling needlessly. The Stop-Start system automatically switches the engine off when the vehicle is at a standstill and restart the engine immediately, as soon as the driver lifts his foot off the brake or disengages the clutch, leading to a significant reduction in CO2 emissions.
Philips has most recently introduced the Filtration system and air purification system under GoPure Car Air Purifier. Philips GoPure car air purifiers feature a powerful, efficient, and fast-acting air filtration system. The unique 3-stage SelectFilter Plus removes up to 125 harmful pollutants and exhaust gases, through its HEPA and HESA layers. Independently certified by Airmid Healthgroup, the SelectFilter Plus technology also removes up to 90% of airborne pollen allergens. It is available and propelled into the market under the versions of 5211, 3211 and Slimline 230. This varies on the lines of possible Absorption rates of particulate matter of varied sizes. It has also been retrofitted with a 3-level colour air sensor that detects fine particles PM2.5.
Panasonic has also been working towards various purification and generator-based models of products for better advancement in technologies under this phase of production. The Purification system works on the lines of Nanoe technology which refers to electrified removal of nano-based particulates in the environment of operations. It Helps to restore moisture back to the skin. nanoe™ attaches on the sebum and forms membranes on the skin, so skin is hydrated that improves the keratin texture and keeps the skin fresh and moist. nanoe possesses the characteristics of removing hydrogen from viruses, bacteria, odours, and allergens. Effectiveness of virus removal” depends on the number of OH radical 2. a nanoe device generates at a high rate of 480 billion per second, the higher the effectiveness of the anti-vital power.