NEWSTER STERILIZER FOR THE TREATMENT OF SOLID HEALTHCARE WASTE ON-SITE
Supply and Waste
Information
Newster Frictional Heat on-site sterilization represents a real "green" opportunity for healthcare institutions and allows to manage waste sustainably, in line with the European directives of the Circular Economy and the target of the United Nations 2030 agenda and several SDGs:
1) Reduction of the quantities of hazardous waste generated;
2) Reduction of climate-change emissions due to the drastic reduction of transport;
3) Reduction of biological risk at source;
4) Reduction of the environmental impacts associated with the management of this waste;
5) The waste classification from sterilization as urban solid waste which allows it to be treated in common waste-to-energy plants with a significant reduction in their environmental impact as well as a substantial reduction in the costs faced by the healthcare system.
6) Abolition of disposable containers.
7) Reduction of carbon footprint, Newster unique webapp In-Sight enables to follow Newster installations in live time highlighting EPI INDEX IMPROVEMENT, energy and CO2 emission savings
Newster Frictional Heat is an eco-sustainable non-burning technology that follows the standards of The Stockholm Convention on Persistent Organic Pollutants which aims to eliminate or restrict the production and use of persistent organic pollutants (POPs) frequently generated and released to the environment by MEDICAL WASTE INCENERATOR and other combustion processes.
Our sterilizers can reach up to 100 kg/h with an efficacy sterilization level equal to STAATT Level IV. Newster Frictional Heat is listed in publications by international bodies such as WHO and UNEP and considered a Best Alternative Technology to incineration.
All Newster products are fit with In-Sight software for a smart predictive monitoring and maintenance system, focused on remote monitoring and self-diagnosis functions of Newster installations.
(https://www.newstergroup.com/hospital-solid-waste)
Sub-Categories Offered
Waste Management