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2
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Resource efficiency in industrial society
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26
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Approaches to operational resource efficiency
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38
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Methods and Instruments
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45
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The Environmental Technology Roadmap and how it relates to resource efficiency
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58
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Lean production and resource efficiency
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66
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Efficiency, resources and the rebound effect
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76
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The 100 Companies Project
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82
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Evaluation of the case studies
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97
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Resource efficiency and climate protection
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102
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Processing of unsaleable pre-screen material by dry washing
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106
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Wet classification instead of disposal via landfills
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110
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Very well stirred
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114
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MFCA for higher resource efficiency in apple cider vinegar production
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118
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Whey as energy source for the first energy neutral cheese dairy
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122
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Recot<Superscript>2®</Superscript> – spinning process for recycled cotton
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126
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Material flow cost accounting in variant production
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130
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Filtered, energetic resource efficiency
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134
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Resource efficiency through employee competence
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138
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SMART-TEX
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142
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Efficiency has its price – savings through higher purchase price
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146
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Heat recovery concept for drying bark mulch as fuel
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150
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Resource efficiency for existing windows in listed buildings
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154
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Resource-saving production of wooden stepladders
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158
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Membrane bioreactor for wastewater reduction in the paper industry
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162
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New printing technology applied to cardboard
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166
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Mirror, mirror on the wall
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170
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Every gram counts – Demand-driven production at DRACHOLIN
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174
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Clean more with less: VOC-compliant container cleaning
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178
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New hydrogen network reduces CO<Subscript>2</Subscript> emissions
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182
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Using waste condensate as a material and for energy – a contribution to sustainability
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186
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Environmentally friendly coating using foil coating technology
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190
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Phenol recovery from wastewater
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194
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Cube it Simple – Packaging alternative for flooring installation products
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198
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Reduced raw material losses and more precision through automated dosing
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202
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Light without shadow – Feedback through software-controlled lighting
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206
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Continuous Manufacturing Technology – a new process flow in sustainable drug production
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210
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Optimisation of the wastewater treatment plant
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214
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Thin-wall technology in technical plastic injection moulding
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218
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Closed material cycle
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222
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Rubber mats made from recycled used tyres
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226
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Energy and resource efficiency through multiple use of high-quality raw materials
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230
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Resource efficiency in premium design thanks to newly developed, innovative material
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234
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Conservation of gravel resources – Concrete made with recycled aggregate
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238
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An intelligent heat pump system keeps air clean and conserves resources
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242
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Regranulator for plastic waste
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246
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Investigation and evaluation of optimisation measures with the help of material flow cost accounting
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250
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Sprue reduction in hot chamber die casting of magnesium alloys
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254
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Waste-free rolling and forming process for the production of high temperature resistant formed metal ring gaskets
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258
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From manual work to series production – resource optimisation by coupling two CNC processing centres to an automated access pallet warehouse
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262
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Optimisation of machine tools – new routes to resource efficiency
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266
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Oil purification reduces costs and resource consumption
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270
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Sustainable investment in shuttle technology
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274
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Optimisation of material efficiency in the production of wire race bearings
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278
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MIA – Material and Information Flow Analysis
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282
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Resource-efficient production of mechanical fasteners
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286
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High temperature waste heat recovery from hardening furnaces
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290
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Profiled material efficiency
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294
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Integrated production control model for material and energy savings
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298
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Increased resource efficiency with new laser processing machines from Trumpf
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302
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Re-use of machinery and equipment
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306
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Hybrid component manufacturing – combining forging and metal 3D printing
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310
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Automatic press shutdown
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314
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Implementation of a highly efficient heat treatment line
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318
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Tolerance compensation elements, an example of resource efficiency through product development
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322
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The new tsf dipping room: making a production process more efficient, environmentally friendly and employee-friendly
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326
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Avoiding losses in added value through integrated material efficiency
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330
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Increasing the efficiency of a re-cooling plant
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334
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Spiral welding process
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338
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Efficient production of safety screws thanks to sprue recycling
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342
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REProMag – Resource-efficient production of magnets
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346
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Reconditioning of water meters – from one-off measure to an integrated business concept
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350
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Sustainable office building – ecology + economy + employee friendliness
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354
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Resource efficiency through lubricant recycling
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358
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Resource minimisation through partial automation
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362
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Energy-efficient production facility and its central energy supply
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366
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EEP and EEP<Superscript>2</Superscript> – Energy efficiency at the Siemens Industrial Park in Karlsruhe and Siemens' Rastatt plant
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370
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Consistent, sustainable use of process heat
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374
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Optimised energy and data transmission via slip rings
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378
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Etching agent recycling and copper recovery in an alkaline etching line
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382
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Energy efficiency and cost savings through waste heat reduction in plastics processing
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386
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The Development of a Cable Drive with Synthetic Cable Drums for Machines Used in Water Intake Systems
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390
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From cutting to cold forming
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394
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Integrated resource efficiency in factory planning and operation
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398
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Direct processing from fibre to fibre moulded part
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402
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New sensor-based control of cascade rinsing baths in coating technology
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406
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Resource efficiency through addition – additive lightweight construction for industry 4.0
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410
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Resource and energy efficient product development with the help of bw!MFCA software
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414
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Free heat – Saving energy by using waste heat from compressed air stations
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418
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Energy-efficient refurbishment of technical building services
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422
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Resource-saving packaging process: our demand is driving innovation!
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426
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Robot-assisted automation increases flexibility
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430
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Simply switch off specific systems – energy value stream analysis makes machine tools more efficient
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434
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A learning organisation reduces material losses
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438
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Resistance spot welding made easy
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442
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Energy-efficient compressed air in a shipping container
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446
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Innovative dry separation for spray coatings
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450
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Ignition current limiter replaces the backup battery concept
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454
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NANOSLIDE<Superscript>®</Superscript> process chain
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458
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Systematic improvement in energy efficiency of ventilation systems
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462
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Less is more – optimising operating modes in the paint shop
