We believe that incineration will never play a major role in truly sustainable waste management.

 UNITED KINGDOM HOUSE OF COMMONS SELECT COMMITTEE

Waste treatment and disposal is necessary and there are various accessible and emerging methods for medical waste treatment. Incineration is one such method which is used commonly for medical waste treatment. Over time scientific researchers found that incineration of waste results in harmful pollutants which contribute to global emissions. This shifted the focus of the community towards Non-incineration technologies which are better than Incineration ones.

This problem was also recognized by WHO and in its policy paper “Health-care waste management”. It stated that the long-term goal shall be “Effective, scaled-up promotion of non-incineration technologies for the final disposal of health-care wastes to prevent the disease burden from a) unsafe health care waste management and b) exposure to dioxins and furans.”

In this blog you will get to know about why non-incineration technology is beneficial to incineration.

1) Non-incineration Technology Costs Less Than Incineration

Saving money with Non-Incineration technology
Saving money with Non-Incineration technology

A major advantage of non-incineration technology is that they cost less than conventional medical waste incinerators. The cost for non-incineration technology can vary in different countries based on waste categorization, technology accessibility and many other factors. Generally, the cost of an operational incineration plant is higher than that of a non-incineration technology.

If you decide to install pollution control devices, this would only increase your cost further. Not to mention how operator training and continuous monitoring will add to this cost.

2) Incineration Technology Causes Emission of Harmful Pollutants

Medical waste treatment using incineration technology causes the release of toxic pollutants such as:

  • dioxins
  • furans
  • heavy metals including: lead, mercury and cadmium, carbon monoxide, nitrogen oxides.
  • PICs (Products of Incomplete Combustion)

These poisonous air pollutants pose a significant threat to the people working at the incineration plant, the public, and the environment.

In Fact according to a report, medical waste incineration was identified as the single largest source of dioxin pollution and a source of other pollutants.

Even if additional devices are installed to reduce the release of gaseous pollutants, it will eventually increase the content of these pollutants in the solid waste phase. Moreover, these are ultrafine particles that are highly reactive and recent research indicates that inhaling these particles can have an adverse effect on human health.

3) Incinerators Don’t Always Obey The Limits Set By Law 

Legalities of Incineration technology
Legalities of Incineration technology

According to the European Union Directive No. 2000/76/EC on waste incineration, medical waste incinerators must meet the emission limit set at 0.1 ng TEQ/m3 for dioxins and furans. Currently the majority of incinerators fail to meet this requirement. To meet this requirement, incinerators have to be rebuilt or fitted with efficient filters which will require a huge amount of investment.

Moreover The Stockholm Convention is a global treaty to protect human health and environment from persistent organic products. Appendix C of article 5 lists waste incinerators among the main sources of dioxin in the environment. Unlike incinerators, persistent organic pollutants are not generated when medical waste is treated using non-incineration technology. Investing in environment friendly and cost-effective non-incineration technology seems to be a better and profitable option.

4) Ash Generated By Incineration Is Likely To Be Dangerous

As stated in the previous point, the installation of additional devices will reduce the gaseous emission but will turn it into a different waste phase. Along with dioxins and furans the ash also consists of other hazardous substances and heavy metals such as chrome, lead, nickel and zinc which can be harmful if released in the environment. 

Furthermore, residual wastes from both incineration and non-incineration medical waste technologies have to be disposed of in landfills. Incineration results in generating dangerous residual waste whereas non-incineration technology generates decontaminated residual waste with its properties similar to municipal waste. Dumping dangerous waste produced by incinerators at the landfills requires a price much higher than that for dumping decontaminated medical waste.

5) Incineration Is Opposed By Many Communities

Community support for Non-Incineration technology
Community support for Non-Incineration technology

I understand if you don’t care about someone’s perception of you. However when we talk about a business you want your brand to be standing on the right side of the line. Using Non-incineration technologies can help you here. It helps show your commitment towards environmental wellbeing and public safety.

When someone sees a plume of smoke from a hospital incinerator, they are worried about its impact on the environment and on the surrounding community. The community’s opposition to incineration for a clean environment should be considered before installing or operating an incinerator. Choosing a non-incineration technology will make the people of the community believe in the health care organization’s commitment towards protecting the public health and environment.

Conclusion

To conclude, we read above how Non-Incineration is better than Incineration when it comes to treating biomedical waste. It emits fewer pollutants and generates solid waste which is not hazardous. Benefits to the environment and human health are icing on the cake. This technology is cost efficient and is a better option for a cleaner and healthier surrounding. So if you’ve not jumped onto the Non-Incineration wagon now you have enough reasons to.

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