Sorbalite for Special Hospital Waste to Energy Incineration Plants

In an era of concern for environmental sustainability and waste management, the incineration of hazardous hospital waste represents an effective method for reducing biological risks and converting waste into energy. This process, however, produces pollutants such as SOx, HCl, HF, heavy metals (e.g., Pb, Cd, Hg), dioxins, and furans, which require thorough removal to avoid negative consequences for human health and the environment. Given these risks, the adoption of effective and ecosystem-friendly flue gas treatment systems is essential.

A cutting-edge solution for the treatment of these pollutants lies in the use of Sorbalite, a material that combines the qualities of hydrated lime with the adsorbent effectiveness of activated carbon.

Solution with Sorbalite

Sorbalite, injected directly into the flue gas ducts of waste-to-energy plants using a doser that regulates the amount, combines the neutralizing action of lime with the adsorption capacity of activated carbon, creating a product capable of effectively addressing the pollutants in the flue gases resulting from the incineration of hazardous hospital waste. This advanced formula not only effectively treats acids and heavy metals, but is also particularly effective at absorbing dioxins and furans, ensuring a comprehensive treatment that complies with health and environmental regulations.

Magnesium Lime

In some industrial plants, the additional use of Magnesium Lime in the combustion chamber is particularly advantageous, as it offers effective acid neutralization at low concentrations, complementing the activity of sorbalite. Furthermore, like activated carbon, it can capture and bind to various substances, including heavy metals, improving filtration quality. It thus proves to be a valuable optional element to use in conjunction with sorbalite.