Simon Harvey

TL;DR: The ENPAC tool as discussed by the authors calculates energy prices for a large-volume customer based on forecasted world market fossil fuel prices and relevant policy instruments (e.g., different subsidies favouring renewable energy sources in the electricity market or the transportation fuel market), and key characteristics of energy conversion technologies in the district heating and electric power sectors.

TL;DR: In this article, the potential for energy collaboration is analyzed in order to reach an industrial symbiosis, and the proposed retrofitted utility system involves the introduction of a site-wide hot water circuit, increased recovery of low pressure steam and shifting of heating steam pressure to lower levels in a number heat exchangers when possible.

TL;DR: In this paper, the authors present a tool for creating consistent energy market scenarios adapted for evaluation of energy related investments in energy intensive industrial processes, where the user inputs include fossil fuel prices and costs associated with policy instruments, and the outputs are energy market prices and CO2 consequences of import/export of different energy streams from an industrial process site.

TL;DR: In this article, the authors examined how different assumptions regarding systems surrounding the pulp mill affect the CO2 emission balances for different BLG concepts and showed that the potential to reduce CO2 emissions by introducing BLG is generally much higher for a market pulp mill than for an integrated pulp and paper mill.

TL;DR: In this paper, the authors present a tool for creating consistent energy market scenarios adapted for evaluation of energy related investments in energy intensive industrial processes, where the user inputs include fossil fuel prices and costs associated with policy instruments, and the outputs are energy market prices and CO2 consequences of import/export of different energy streams from an industrial process site.