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14 <br /> ii <br /> FA <br /> ,s <br /> Source reduction is defined as any action which causes a net reduction in the generation of <br /> hazardous waste, and may also include any steps taken before a hazardous waste is <br /> generated to lessen theroperties which cause the waste to be classified as hazardous. <br /> The regulations identify�tive approaches to achieve source reduction. These approaches <br /> are presented to help the generator organize strategies toward achieving the maximum <br /> benefits from implementing source reduction at the generator's site. There may be some <br /> overlap and uncertaint regarding the approach that best describes a specific action. <br /> However, we urge the generator to place an emphasis on implementing a plan to <br /> maximize source reduction rather than on placing an activity within the most appropriate <br /> of the five approaches. <br /> The five approaches of source reduction include all of the following: <br /> 1) Administrative s eps include good operating practices that apply to the human <br /> aspect of conduting daily operations at the site. These include employee training, <br /> waste minimizat on policies, and inventory control. <br /> 2) Input changes include changes in raw materials or feedstocks to reduce, avoid, or <br /> eliminate the ha-ardous materials that enter the production process, thereby <br /> avoiding the gen ration of hazardous wastes within the production process. <br /> 3) Operational improvements include activities such as loss prevention, waste <br /> segregation, production scheduling, maintenance operations and overall site <br /> management. <br /> 4) Production process changes include process changes, changes in production <br /> methods or tech iques, equipment modifications, changes in process operating <br /> conditions, such as temperature, pressure, etc., process or plant automation, or the <br /> return of materials or their components for reuse within existing processes. <br /> 5) Product reformu ations include changes in design, composition or specification of <br /> final or intermediate products. <br /> Source reduction planning can be particularly beneficial for generators that are taking a <br /> look at source reduction for the first time. Often there are simple and inexpensive source <br /> reduction measures that can reduce significant quantities of waste. Due to the low cost of <br /> these measures, the economic benefit of implementing source reduction can be large. The <br /> generator completes the checklist, focusing on identifying the simple measures that can <br /> enable significant waste stream reduction and save hazardous waste management costs <br /> and reducing future liab lity. <br /> Since this checklist is intended to provide general source reduction guidance to various <br /> operations, many of the considerations listed in the checklist may not directly apply to <br /> each generator's specific business or process. We urge generators to think about each <br /> concept presented in the context of one's own operation to see if the idea can be applied <br /> directly, or perhaps in a ifferent way, to secure the benefit discussed at the right side of <br /> the page. Remember, the elimination of hazardous waste is good for the environment and <br /> can also save you money. <br /> 3 . <br />