This thesis explores how startups can facilitate the adoption of sustainability practices within the pharmaceutical industry, a sector known for its substantial environmental impact. The research inve ... read more ›
The safe disposal of biohazardous or regulated medical waste is a critical concern for any life science facility. Traditionally disposal of this waste involves multiple transport steps and human conta ... read more ›
Unlocking Environmental Benefits: Comparing Plastics Recovered from Biohazardous Waste to Virgin Plastics in the Laboratory Setting ... read more ›
GENERATIONS is the first onsite treatment technology to feature an effluent particulate filtration system as standard. Why is it important? Effluent filtration is essential for ensuring the safety of ... read more ›
Comparing emissions from onsite non-thermal treatment of Biohazardous waste to traditional treatment methods ... read more ›
The healthcare sector, whose mission is protecting and promoting health, makes a major contribution to the climate crisis. Healthcare’s climate footprint is equivalent to 4.4%* of global net emissio ... read more ›
The HSE Waste Management handbook defines Healthcare Waste as solid or liquid waste arising from healthcare or health related facilities. The waste comprises two fractions, namely risk waste and non-r ... read more ›
The aim of this study was to assess the suitability for recycling of output materials from thermal and non-thermal treatment technologies. The study compares details of post-processed output materials ... read more ›