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~• <br />•~r <br />.~ <br />a <br />7. Reduce and recycle waste <br />^ Dedicate an easily accessible area to <br />the collection & storage of materials <br />for recycling. <br />^ List the types and estimated quantities <br />of materials that will be generated at <br />the job site. <br />^ Develop and implement a plan to <br />reduce construction waste including <br />plastic plant containers, land clearing <br />waste and other landscape <br />construction materials. <br />^ Specify the recycling or donating of <br />unused materials to reach a goal of <br />reducing waste by at least 50%. <br />^ Contact local recycling facilities and <br />haulers to identify terms and <br />conditions required for recycling <br />materials. <br />^ Select suppliers that allow returns of <br />unused items. <br />^ Allocate space for recycling bins and <br />containers. <br />^ Ask the nursery(s) where plant <br />materials are purchased if they accept <br />used containers or send them to the <br />recycler for processing. <br />^ Offer materials for reuse by <br />contacting the CalMax website at <br />wwwciwmb.ca.gov/CalMax or visit <br />www.StopWaste.Ore for additional <br />information on materials reuse <br />facilities and construction site cleanup <br />contractors. <br />^ Offer incentives to contractors or <br />employees who reduce waste. <br />^ Return wooden pallets to suppliers or <br />take apart non-returnable wood <br />pallets to chip for mulch. <br />^ Donate healthy plants to local <br />nonprofits or school gardens. <br />Recycling and donating unused items <br />reduces pressure on landfills, saves <br />money by reducing tipping fees and <br />provides raw materials for future <br />projects. Donations may be tax <br />deductible. <br />Using Salvaged Materials in fhe Landscape <br />I . Let the materials inspire the design. <br />2. Locate materials early in the design process to avoid major design revisions <br />when materials are found. <br />3. Maintain flexibility in the design until materials are found. <br />4. Use materials with interesting "stories" or cultural signifcance to the <br />project. <br />5. At the start of a project, evaluate project sites and old buildings for <br />materials to reuse. <br />6. Hire demo contractors with experience in deconstruction and salvage. <br />7. Require contractors to provide a plan for construction and demolition <br />salvage and recycling. <br />8. Use materials for the highest use avoid "down-cycling." <br />9. Include appearance and environmental performance standards in the <br />specifications. <br />10. Get the contractor on board with using salvage early in the process. <br />SOURCE: MEG CALKINS, CLOSING THE LOOP: PART ll, LANDSCAPE ARCHITECTURE, DECEMBER 2002. <br />8. Separate plant debris for <br />clean green discounts <br />Most local landfills and transfer stations <br />offer a discount for disposing of plant <br />debris if it is kept separate from other <br />types of waste. <br />Applications <br />If reusing and recycling on site is not <br />feasible, take the time to separate yard <br />trimmings from other waste. At larger <br />sites, dedicate a bin to plant trimmings <br />only and ask the hauler for a reduction <br />in the collection fee. <br />Your disposal costs are trimmed, and in <br />most cases, the material is processed <br />into mulch or compost. <br />^ 130 million pounds of <br />greenhouse film <br />^ 140 million pounds of <br />plastic pots <br />^ 170 million pounds of <br />plastic ground cover <br />FROM: TEXAS A8M <br />26 <br />