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Chemical engineering / Pulp and paper industry / Transport phenomena / Energy conversion / Evaporator / Recovery boiler / Surface condenser / Lignin / Evaporation / Papermaking / Chemistry / Technology


PEER-REVIEWED ARTICLE bioresources.com SIMULATIONS COMPARING CONVENTIONAL EVAPORATION PLANTS WITH PLANTS USING EXCESS HEAT
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Document Date: 2009-10-19 12:52:47


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File Size: 317,45 KB

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Company

HP / Hadwaco Ltd. / Profitability Analysis Group / LE LLBL LP / Kraft / /

Currency

USD / EUR / /

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Event

Person Communication and Meetings / Environmental Issue / /

Facility

PI plant / Future Resource-Adapted Pulp Mill / SC plant / Chalmers University of Technology / PI2 plant / PI1 plant / /

IndustryTerm

energy-efficient evaporation / energy demand / electricity price / chemical synthesis / chemical recovery cycle / large energy consumers / electricity / simulation tool / research / energy efficiency measures / green electricity / steady-state energy / chemical pulp mills / energy-savings / electricity production / typical electricity price / energy system / energy-saving integration / in-house simulation tool / energy-efficiency measures / energy savings / energy / energy-saving measures / /

Organization

Division of Heat and Power Technology / SC PI / Chalmers University of Technology / /

Person

Marcus R. Olssona / /

Position

*Corresponding author / /

ProgrammingLanguage

Visual Basic / /

ProvinceOrState

South Carolina / /

Region

Scandinavia / /

Technology

heat transfer / simulation / flash / /

SocialTag