Traditional Aerosol Cans Versus Bag On Valve: Introduction

Traditional aerosol cans have been replaced by their modern counterparts who offer stiff and environmentally friendly competition like never before in time. While these two types of aerosol packaging products may seem to have a similar objective, their functionality, and impacts to the environment contrast. For instance, bag on valve (BoV) has extensive durations of the shell life – unlike traditional aerosol cans.

The primary components of traditional aerosol cans are volatile organic compounds (VOCs) such as petroleum products and solvent-based paints and non-decomposable metals like steel that can contain pressurized gases. In the real sense, even though modern packaging of aerosol spray environmental effects has been designed to contain chlorofluorocarbon (CFC)-free elements, the reaction of the spray with the metal still causes the production of VOCs.

Remember, VOCs are the core elements of asthma-inducing smog. One of the worst aerosol environment effects is air pollution. VOCs, contained in traditional aerosol cans affect the environment by constantly contributing to the formation of ground-level ozone. Other than that, once the pressurized gas or liquid is depleted and the can is empty, the metallic steel remains a hazardous waste to the environment. For further details about the contrast between the environmental impacts of traditional aerosol cans and modern bag on valve, keep reading.

What Are the Environmental Impacts of Traditional Aerosol Cans?

Ozone Layer Depletion

Traditional aerosol cans facilitate the release of VOCs into the atmosphere. This causes environmental pollution as a result of the interaction of VOCs with nitrogen oxides. This reaction leads to the formation of ground-level ozone.

Moreover, keep in mind the fact the ozone ground-level ozone molecules are potentially threatening. This is because they can equally interact with sunlight UV rays to increase the creation of ground-level ozone. This means that during sunny days, the ozone layer is higher than anticipated.

When considering aerosol spray environmental effects, do not forget to encompass how the aerosol canister can equally heighten smog production and air pollution. A standard aerosol canister contains VOCs which massively contribute to minimized visibility in the environment due to the presence of smog. The fact that there are many sources of nitrogen oxides such as vehicles and production industries, gaseous pollutants become rampant in the air.

Consequently, areas that experience too much smog end up forming a regional phenomenon of smog. This is one of the negative aerosol spray environmental effects because, during stagnant weather conditions, the smog worsens. The same happens when the sun is up so high.

Causes Emission of Hazardous Gases to the Environment

Traditional aerosols cans’ packaging uses several hazardous gases that cause significant effects on the environment. When working with conventional packaged aerosol, employees and the people living nearby are exposed to some dangerous situations.

In recent years, consumers have been exposed to injuries from flammable and explosive gases used in aerosol packaging. The gases used in the manufacturing and packaging of aerosols spray lead to environmental effects causing mass deaths or long term disabilities. Moreover, continuous exposure of these environmental conditions to sensitive generations such as babies and seniors threatens life expectancy.

Traditional packaged aerosol products are typically controlled through high-pressure gases, which are a disaster waiting to occur. Additionally, the aerosol spray environmental effects also come as a result of unintended depressurization of the aerosol can. For instance, a faulty valve, puncture, or even corrosion can cause an explosion burning everyone and everything around that specific area.

However, to stop this from happening, traditional spray cans should be stored in a cool, dry place where there is limited heat. The idea here is to avoid pressure in the boxes from increasing and causing unnecessary explosions.

In certain developing countries, the use of traditional aerosol cans has been banned entirely because of the aerosol spray environmental effects it causes such as air and soil pollution. For example, in the United States, these cans are considered dangerous waste products when poorly disposed.

Increases Radiation

One of the most dangerous traditional aerosol spray environmental effects is radiation. It is well, known to increase radiation longer wavelength or decrease in the shorter wavelength. The gases trapped in the cans are not safe when exposed to the environment and can cause damage to the human brain as well as the plants.

The greenhouse effect of traditional propellants and the flammable and explosive nature of these gases are compressed into these cans increase radiation and cause an imbalance of gases in the atmosphere.

In addition, with the traditional climate model, aerosol spray environmental effects have proven to be of great uncertainties. It causes a distressing increase in radiation and affects the surface temperature. The conventional understanding is that the higher the rate of radiation, the higher the climatic sensitivity and its concentration over land surfaces. Moreover, aerosol spray environmental effects have increased since there is a rise in the greenhouses the entire world. The atmosphere is corrupted, soil and the air that human beings and plants take in has been ruined. Traditional aerosols cans have few effects on the environment but they are extremely deadly.

Poor Aerosol Canister Disposal is Environmentally Hazardous

Once the liquid or pressurized liquid is over in the aerosol canister, poor disposal of the empty can be hazardous. The recommended course of action is to correctly dispose of the can for recycling under scrap metals. Today, aerosol canister production and packaging companies understand that recycling is part of the initiative of mitigating aerosol spray environmental effects.

The direct and indirect aerosol spray environment effects revolve around the collective processes involved in the pressurization, packaging, and chemical reactions. The fact is that aerosol cans are flammable. Poor disposal could propel the spread of a small fire which can affect the environment through air and soil pollution.

Positive aerosol spray environmental effects stretch far and wide. Nonetheless, what is distinct about all of them is their canisters can be recycled. The idea of designing environmentally friendly aerosol cans targets the negative implications of dangerously lying and littered empty cans.

In the United States, different states have contrasting rules and regulations regarding hazardous waste. Since aerosol canisters can be recycled, the dilemma is that they cannot be rendered hazardous immediately after usage or once they are empty. This is why modern industries aim for the production of CFC-free products to minimize aerosol spray environmental effects in the future.

Traditional aerosol cans have their positive values as well. However, due to technological advancement, other methods of packaging aerosols keep popping.

The Bag on Valve Filling Model

The bag on valve filling is a novel technology regarding the manufacture and packaging of aerosols. This is the ultimate answer for consumers who prefer environmental-friendly aerosols. It utilizes composites bags that separate aerosol contents from propellants. Typically, the new technology involves loading products into a plastic germ-proof packaging incorporating propellants around the bag package. Mostly, the fuels are either compressed air or nitrogen. The propellant propels the contents into the valve by squeezing against the pouch, thus allowing the safe dispensing of aerosols. Therefore, this is an ideal packaging of any type of aerosol: liquids, gels, and lotions. Following numerous environmental concerns, the bag on valve filling technique is gaining popularity in many aerosol industries. Environmentalists predict that soon, the model of packaging will be a mandatory regulation concerning the packaging of all chemicals. With that in mind, take a look at why the model of packaging is better than the traditional aerosol package.

Benefits of the Bag on Valve Filling Aerosol Package

Eradicates the Need for Flammable Propellants

The major challenge consumers face regarding aerosols is the danger caused by flammable propellants. Unfortunately, a lot of accidents happen when using traditionally packaged chemicals. First, the gases used are highly pressurized, which means they can explode at any time. A significant number of consumers report intense fatalities associated with the traditional packaging of aerosols, the worst-case scenarios being death. In conjunction with that, you have to be overly cautious when using traditionally-packed products. This is because when exposed to excessive heat on sunlight, the increase in pressure of the packaging leads to hazardous occurrences. A remarkable fact about the bag on valve filling is that the packaging system is superior, thus rare chances of fatalities. The pouch prevents the propellants from reacting with the chemical contents. This is definitely an excellent model of packaging because you do not have to worry about leaving aerosol cans unattended. If you have young children in your premises, the packaging is the best option.

Controlled Application

Aerosols can be beneficial or harmful, depending on how consumers use them. A common difficulty that the majority of the clients face is applying the right amount of chemicals. This is a problem that costs numerous consumers their health, and that of loved ones, pets, and farm animals. Also, the uncontrolled use of aerosols causes massive destruction of farms, lawns, and trees. Well, such damage rarely happens when using the bag on valve filling technology because the system has an automatic controlled-application design. The valve dispenses the aerosol content in an even and controlled way, be it liquid, gel, or cream. It would be best if you switch to the novel technique to avoid unnecessary damage expenses. Think about the daunting effects of uncontrolled dispensing on children, pets, farm animals, and your loved ones. When it comes to affected persons and animals, the medical and veterinary bills will be costly. Neutralizing excess chemicals on lawns and farms, on the other hand, requires professional aid, which may require handsome amounts of cash.

No Harmful Impact on the Environment

Typically, all aerosols contain chemicals compounds which in one way or another, are harmful to the environment. Chemicals from aerosols are toxic when they contaminate water, soil, and other natural environmental elements. The traditional packaging mechanism is a threat to the environment because the content left in the can be washed away into natural water bodies and soil, thus causing a substantial risk to the aquatic eco-system and plantation. According to evidenced-based statistics, such occurrences are among the leading causes of acidic rain and global warming. When it comes to the bag on valve filling technology, environmental contamination rarely happens because there are no contents left in the cans. The packaging technique allows consumers to use all the aerosol content before disposal because the propellants used never run out before the product depletes.

Extended Product Value, Thus Low Rate of Can Disposal

With the bag on valve filling technique, you have a guarantee of long productive time of your product. The reason behind it is, the contents of the pouch are protected from interaction with oxygen, thereby preventing oxidation. Once the aerosol contents are loaded, the bag is welded to the nozzle, giving no room for contact with any fuel. In conjunction with that, the bag on valve filling aerosols never runs out of propellants. The whole package encompasses a high-end protection system. Unlike the traditional packages with lower product yield, the bag on valve filling mode of packaging guarantees you an extended shelf life because the compressed propellants never run out before the product.

Eliminates the Need of Preservatives

One of the dangers of using aerosols includes the incorporation of hazardous preservatives. Traditionally-packed aerosols have high chances of containing dangerous preservatives because they are less likely to last long. Some of the toxic compounds found in such preservatives include formaldehyde, xylene, neurotoxins, and carcinogens. When released into the air, these chemicals have a significant potential of harming adults, children, pets, and plants, to mention a few. The bag on valve filling model of aerosols does not need preservatives because of the natural packaging technique, which gears towards protecting the aerosol contents from oxidation and other forms of contamination. Therefore, before using the traditionally-packed aerosols, think about the risk that awaits not only your family and pets but also other people close to your immediate environment. Remember that most of the preservatives are volatile compounds that can spread through an extensive area, thus affecting more people, plants, and animals than you presume.

Generally, aerosols have harmful effects not only on the micro-environment but also the world at large. Keeping the environment safe continues to be a significant topic concerning the trending issues around the globe. Luckily, manufacturers are deriving innovative measures to protect the environment while still meeting the multitude of consumer demands. The bag on valve filling technique is replacing the traditional model aerosol canister packaging with unprecedented speed. The reason behind this is that apart from being a sleek and stylish model of packaging, the bag on valve filling technology aims at reducing the negative impacts of aerosols on the environment. The details, as discussed above, show the difference between the traditional packaging of aerosols and the novel packaging technique. Apart from preventing numerous health complications, the newly- invented packaging model is one of the ultimate solutions that precede at reducing worldwide environmental crises such as global warming.