What are end-of-pipe technologies primarily used for?

End-of-pipe technologies are primarily focused on reducing pollutants and waste generated from industrial processes. These technologies are designed to treat or manipulate waste products before they are released into the environment. For instance, they might include systems for filtering emissions, treating wastewater, or capturing harmful by-products.

The essence of these technologies lies in their function to address environmental impacts by treating waste at the point of release rather than preventing it from being produced in the first place. This reactive approach aims to mitigate the damage to ecosystems and human health caused by industrial activities, aligning with broader sustainability goals.

While enhancing efficiency and improving production methods can contribute to reducing waste, those aspects typically fall under proactive measures taken during the design and production phases rather than focusing solely on pollution control after the fact. Additionally, creating new products is a different focus, emphasizing innovation rather than waste management. Thus, the primary role of end-of-pipe technologies is indeed centered on the reduction of pollutants and waste.