System integration, Environmental impact and Business models


System integration, Environmental impact and Business models

Reuter, M. A.

Abstract

Determine economic feasibility (OPEX and CAPEX) for industrial scale pretreatment based on different energy sources and their integration with existing industrial production of Mn-alloys for different cases;
Prepare a business plan for implementation of pretreatment technology at the project partners;
Prepare a strategy for future exploitation of the developed technology outside the project consortium and identify how this will reduce CO2 emissions also by including the embodied energy of the system;
Assess environmental impact on manganese alloy production, especially effect on CO2 emission and energy consumption of industrial scale pretreatment in separate unit integrated with existing industrial Mn-alloy production. This will be estimated by linking system simulation with environmental footprint using LCA and Life Cycle Cost analysis tools; and
Maximize the resource efficiency of manganese production by optimising the processing and the infrastructure of the system of technologies. This will be based on applied scales for mass flows and production processes. Both energy and exergy efficiency will be maximized.

Keywords: energy efficiency; exergy efficiency; resource efficiency

  • Sonstiger Vortrag
    PreMa Project Meeting, 22.-23.10.2018, Trondheim, Norwegen
  • Sonstiger Vortrag
    PreMa Projekt Meeting, 13.-14.11.2019, Oberursel, Deutschland

Permalink: https://www.hzdr.de/publications/Publ-28553