Inorganic chemicals could be useful in reducing air pollution, but there are some challenges to consider:
Different Kinds of Pollutants: Air pollution is made up of many different harmful substances, like NOx, SOx, and tiny particles. These pollutants react differently with inorganic chemicals. This means there isn't one single solution that works for everything.
Cost and Scale: Using inorganic methods to clean the air on a large scale can cost a lot of money. For example, many vehicles use catalytic converters that contain precious metals. This makes it hard for everyone to afford these solutions.
Environmental Concerns: Some inorganic materials can help clean the air but might also create new types of pollutants that are harmful too. For instance, using ammonium compounds can lead to the creation of harmful tiny particles.
To overcome these challenges, we should focus on:
With dedicated research and investment, we can find ways to improve the use of inorganic chemicals in reducing air pollution over time.
Inorganic chemicals could be useful in reducing air pollution, but there are some challenges to consider:
Different Kinds of Pollutants: Air pollution is made up of many different harmful substances, like NOx, SOx, and tiny particles. These pollutants react differently with inorganic chemicals. This means there isn't one single solution that works for everything.
Cost and Scale: Using inorganic methods to clean the air on a large scale can cost a lot of money. For example, many vehicles use catalytic converters that contain precious metals. This makes it hard for everyone to afford these solutions.
Environmental Concerns: Some inorganic materials can help clean the air but might also create new types of pollutants that are harmful too. For instance, using ammonium compounds can lead to the creation of harmful tiny particles.
To overcome these challenges, we should focus on:
With dedicated research and investment, we can find ways to improve the use of inorganic chemicals in reducing air pollution over time.