1 / 12

Globale Plattform-Entwicklung für steigende Nachhaltigkeit

Globale Plattform-Entwicklung für steigende Nachhaltigkeit. R.I.O. Management Forum 2001. Schindler R&D and Production. Estimated cost for power consumption EI * portfolio. 20. Cost for electricity, gas, water of Schindler companies. Ecological Leverage Effect.

renee-wood
Download Presentation

Globale Plattform-Entwicklung für steigende Nachhaltigkeit

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Globale Plattform-Entwicklung für steigende Nachhaltigkeit R.I.O. Management Forum 2001

  2. Schindler R&D and Production

  3. Estimated cost for power consumption EI* portfolio 20 Cost for electricity, gas, water of Schindler companies Ecological Leverage Effect Cost Ratio of ecology related costs (closing 2000):  Focus on reduction of eco-impact on customer’s side (product usage phase) rather than product manufacturing * EI = Portfolio of existing elevator installations

  4. Packaging, Trans- port, Installation Material supply Usage Disposal Development Production Core- and other components (incl. maint. material) Core- and other components (excl. maint. material) Packaging (incl. disposal) Operation &Stand-by Drive T/Hy Controller Cabin light Ventilation Door drive Drive T/Hy Drive T/Hy Recycling Transports Third parts -> KWs KWs -> Commiss. site Commiss.site -> Install.site Disposal Car Car Construction Dumping Rails Rails Tests Incineration Ropes Ropes Maintenance Service traveling Controller Controller Installation Others Others Waste & emissions (air, water, soil) Energy supply Raw material mining and working (incl. auxiliary materials) Life Cycle Phases of an Elevator

  5. Research & Development Partners in success UBP “best case” rio_vortrag.ppt/BAG/ Page 5

  6. Why Platform Management ? … better fulfill customer needs, higher reliability, less complexity, less variants, lower cost, faster response. • Our goal ... • Main Processes • Product Creation • Sourcing, Logistik • Installation • Maintenance & Repair • After-Sales Platform Management concerns whole organization/process

  7. Idea / Planning Concept Rough Design Detail Design Pilot Deployment Basic ideaRough goals CostsMilestones etc. Product/ Materials Detail- design Optimizationetc. Procedure Further Optimationsetc. Designoptimization Requirements Restrictions FunctionVariantsSynthesis/ Variants Type DimensionsDesignetc. Synthesis Decreasing potential for impact Environmental Management System - ISO 14001 for TS Development - a key task Which phases are environmentally relevant? Where are potentials for action?

  8. Research & Development Partners in success rio_vortrag.ppt/BAG/ Page 9

  9. How to quantify improvement ? New product Preceding product  Environmental Impact? X Y Z A B C D • Select representative and comparable models: • define system boundary • define functional unit Y C  OperationEnergy Total[kWh, UBP, EIP] PEcoPIT  Stand-byEnergy  MaterialSupply Product Eco-Performance Improvement Table (PEcoPIT) Cover • to be filled in only for the new product: • if energy<0 give reason why • if contains any hazardous substances give disposal guidelines Checklist

  10. PEcoPIT Example: Drives

  11. PEcoPIT Example: Control systems

  12. ZusammenfassungGlobale Platformentwicklung für steigende Nachhaltigkeit • Verantwortung: • Öko-effiziente Produkte • Soziale Verantwortung für MA in Entwicklung weltweit • Handlungsrelevanzen & Handlungsspielräume: • Produktökologie, insbes. Energieverbrauch Betrieb & Stand-by • F & E spielt zentrale Rolle, da grösste Einflussmöglichkeit • Chancen: • Austausch öko-effizienter Konzepte, Technologien und Platformen • Grösseres Einflusspotential auf Lieferanten bezgl. Umweltanforderungen • Ein einziger einheitlicher Entwicklungsprozess mit integrierten Umweltaspekten • Gemeinsames Verständnis von Öko-Design • Probleme: • Bewertung der Umweltbelastung von globalen Produkten mit Schweizer resp. Europäischen Methoden und Ökoinventaren

More Related