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Comprehensive Approach to Energy and Environment in the EcoCare Program for Design, Engineering and Operation of Siemens Industry Solutions

机译:西门子工业解决方案设计,工程和运营EcoCare计划中的能源和环境综合方法

摘要

This paper intends to describe the outline of the Eco Care Program (ECP) at the Siemens-Division Industry Solutions and its implementation. ECP aims to embrace and to coordinate main activities within the product lifecycle management (PLM) process considering both economic targets in terms of overall lifecycle costs as well as energy efficiency and other important environmental issues in the innovation management for industrial solutions. ECP consists of adapted methods for assessing the environmental and financial impacts of industrial solutions (plants, processes, single technologies or even services) and tools which helps to derive reliable assessment results. Life Cycle Assessment (LCA) is a suitable method for assessing environmental impacts of products and solutions over their entire lifecycle focusing on those lifecycle phases which may contribute significantly to environmental burdens or benefits. To meet these requirements the main challenge is to simplify the assessment methodology as far as reliability and accuracy of results is preserved. To present results in both dimensions of economical performance and environmental impact the paper introduces the concept of the “eco care matrix” (ECM). Environmental sound industrial solutions have advantages in both “eco” dimensions (eco-nomical + eco-logical). The analytical approach presented is further on implemented in two complementary and independent industrial application fields: in order to exemplify usability of the approach in quite complex process technology different hot metal producing technologies (blast furnace route vs. smelting reduction routes COREX / FINEX). The second pilot application is targeted on the assessment of infrastructure solutions especially focusing on the comparison of environmental and financial effects of different technologies and payment schemes of electronic city tolling systems for London and Copenhagen. Experienced results derived from these two pilot applications to put ECP in place are evaluated and presented.
机译:本文旨在描述西门子分区工业解决方案部的生态保护计划(ECP)的概述及其实施。 ECP旨在拥抱和协调产品生命周期管理(PLM)流程中的主要活动,同时考虑工业解决方案创新管理中的总体生命周期成本以及能源效率和其他重要环境问题方面的经济目标。 ECP包含用于评估工业解决方案(工厂,过程,单一技术甚至服务)的环境和财务影响的适用方法,以及有助于获得可靠评估结果的工具。生命周期评估(LCA)是一种评估产品和解决方案在其整个生命周期中对环境的影响的合适方法,重点关注那些可能对环境负担或收益造成重大影响的生命周期阶段。为了满足这些要求,主要挑战是简化评估方法,以保持结果的可靠性和准确性。为了在经济绩效和环境影响两个方面展示结果,本文介绍了“生态保健矩阵”(ECM)的概念。无害环境的工业解决方案在“生态”维度(经济+生态)方面均具有优势。所介绍的分析方法在两个互补且独立的工业应用领域中得到了进一步实施:为了举例说明该方法在非常复杂的工艺技术中的可用性,即不同的铁水生产技术(高炉路线与冶炼还原路线COREX / FINEX)。第二个试点应用旨在评估基础设施解决方案,尤其是比较伦敦和哥本哈根电子城市收费系统的不同技术和支付方案的环境和财务影响的比较。评估并介绍了从这两个将ECP置于适当位置的试验应用程序得出的经验结果。

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