Nanowaste Treatment via Incineration

Non-incineration Treatment Technologies and Trends

Of the still unresolved issues regarding medical waste management, one of the most critical is which technologies and controls are most appropriate for treatment. 1 Clearly, the answer depends on the particular circumstances of the medical waste generator and the host community for the treatment facility. Factors such as the nature (quantity and types) of the medical waste, the availability of ...

Waste Incineration:

This study examines the development of Energy from Waste incineration within the waste strategies of local authorities in England. With the development of Waste Strategy 2000 for England, produced by DEFRA, (then DETR) and the inclusion of statutory recovery targets for the recovery of energy from waste, along with the implementation of the Landfill Directive (99/31/EC), there created a need fo...

Medical Waste Treatment Technologies – Evaluating Non-Incineration Alternatives

Evaluation of Sewage Sludge for Incineration (Case study: Arak Wastewater Treatment Plant)

Sewage sludge treatment has become a primary subject in wastewater treatment and energy production. This paper aims to study the feasibility of power generation by incineration from sewage sludge enriched with impurities like heavy metals. For this purpose, we chose Arak wastewater treatment plant (AWWTP) and used calorific bomb test for examination. The experimental results showed that the hea...

Shirco Infrared Incineration System

This document is an evaluation of the Shirco infrared thermal destruction technology and its applicability as an onsite treatment method for waste site cleanup. A demonstration was conducted at the Peak Oil Superfund site in Brandon, FL in Aug. 1987 during a removal action employing a commercial-scale transportable unit. A second demonstration was conducted at the Demode Road Superfund site in ...