Debris Management in Emergency Situations:

As the effects of natural and man-made disasters become more rapid and wide-spread, government at all levels must grapple with the limitations of its capabilities. Large amounts of debris can present serious disposal problems for state and local communities. Cleanup activities after a disaster can pose significant health and environmental challenges. The amount of trash generated by a disaster can be overwhelming.

So, how do we deal with the clean-up in the most sustainable and environmentally- friendly way? Preparing for natural disasters can greatly reduce the risks to health and the environment. The main priority is to focus on those recovery and collection activities that will be the quickest to implement, with the least amount of human exposure to any hazardous or toxic materials. There are typically two major phases to a debris management strategy. The first is the removal of debris which could cause an immediate threat to public safety (highly unstable structures, clearing of roadways, etc.). Generally, the opportunities for diversion and recycling during this phase will be limited. The second phase is long-term debris removal associated with recovery. This phase provides the greatest opportunity for diversion and recovery.

This session will highlight what agencies have experienced in regards to recent Flood, Hurricane and Fire disasters. Questions to be discussed include:

* How they prepared?

* Were their preparations adequate?

* How did they deal with the situation as it was occurring?

* How did they deal with the situation once it was stabilized?

* Did they utilize new processes or technology?

* What environmental challenges/ sustainability practices were utilized?

* Did different situations require different strategies?

* What lessons were learned and what would they do differently?

After viewing this program, participants will be better able to:

1. Develop a plan for debris removal


2. Determine what factors need to be considered when dealing with debris caused by an emergency situation.


3. Consider environmental implications of the emergency situation.