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DocuSign Envelope ID: E53DCC3C-B8E8-410C-BB50-A039C27BD393 <br /> Tradebe Environmental Services, LLC. <br /> 1433 E. 83 d Ave., Ste. 200 <br /> TRAD EB E µ Merrillville, IN 46410 <br /> Additional treatment categories and methods utilized are detailed below. Flammable liquids will be bulked and <br /> fuel blended, batteries and lamps will be send for recycling <br /> ENVIRONMENTALLY FRIENDLY WASTE MANAGEMENT METHODS <br /> Tradebe's strategy to reduce carbon footprint and fossil fuel use': <br /> Protecting the earth through sound waste management has been the focal point of our business since 1986. <br /> Every step we take, every innovation we pioneer, every resource we recycle reduces greenhouse gases and <br /> lowers carbon footprints for our customers nationwide. Tradebe's strategy to reduce carbon footprint and fossil <br /> fuel use includes: <br /> • Solid Distillation System (SDS) — This recycling process is an alternative to incineration. It recycles <br /> organic compounds and metal. It generates less CO2 emissions than incineration. <br /> • Recycling of solvents — This saves raw materials, use of crude oil to manufacture solvents and <br /> reduces CO2 emissions from the manufacturing process <br /> • Fuel blending — When organics or solvents cannot be recycled or processed through SDS, they are <br /> blended into a fuel substitute that is used by cement kilns, replacing fossil fuels <br /> Tradebe preferred methods for waste management is in the favored order of recycling/reuse, treatment, <br /> incineration and lastly landfill. Tradebe is committed to disposing of waste materials accordingly whenever <br /> possible. Tradebe strives to make waste management cost-effective while at the same time matching the <br /> client's desire for the safe and responsible management of their waste. <br /> Tradebe strives to collect, process, recycle, reclaim, treat, or dispose of hazardous and non-hazardous wastes <br /> in the most responsible manner possible while protecting both human health and the environment. Tradebe's <br /> preferred waste management method is using the Solid Distillation System (SDS). High BTU, solid hazardous <br /> waste may be recycled through SDS or shipped off-site to waste to energy facilities. Tradebe continues to <br /> diversify by expanding its capabilities and processes to meet the waste management needs of its customer <br /> base. <br /> Solid Distillation System (SDS) <br /> In 2004 Tradebe pioneered a new patented recycling technology, called the Solids Distillation System (SDS) <br /> at our East Chicago, IN TSD facility The SIDS allows Tradebe to process and recover solvents from a solid <br /> matrix. The SDS system is the only technology in the US which offers generators an effective and cost- <br /> efficient method for recycling organic solid waste that might otherwise be disposed of in a hazardous waste <br /> incinerator. The SDS systems work to extract the organics from the waste matrix to recover a viable, <br /> reusable product. The process is unique because unlike other thermal processes, the material never contacts <br /> the heat source. It is baked rather than burned and the baking drives off volatile and semi-volatile organics. <br /> The volatile organics are condensed back to a liquid form and are reclaimed and recycled. The entire system <br /> operates with an emission control system to prevent any organic gases or vapors from being released to the <br /> environment. IDEM has designated the SIDS as a recycling process and therefore all materials it processes <br /> receive a Certificate of Recycling. Hazardous waste processed through the SDS units receive an H020 <br /> 1 Carbon footprint is the overall amount of carbon dioxide and other greenhouse gas emissions <br /> associated with a product along its supply-chain and sometimes including use and end-of-life recovery <br /> and disposal. Causes of these emissions are, for example, electricity production in power plants, heating <br /> with fossil fuels, transport operations, and other industrial and agricultural processes. (source:Eu, European <br /> Platform on Life Cycle Assessment) <br /> Sustainability at Work 33 <br />