1617
Pinch Analysis Cuts Kraft Mill Steam Demand by 12-18.5%
Pinch analysis cuts Kraft pulp mill steam demand by 12-18.5% with a capital payback under 16 months. Optimize heat exchanger networks for savings.
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Heat & Mass Balance for Paper & Pulp
This blog category covers the technical application of heat and mass balance (HMB) engineering specifically tailored for the pulp and paper industry. Content should focus on EnerTherm Engineering’s 11-step methodology for mill-wide process optimization, which consistently achieves an average energy reduction of 14%, a 1.8-year payback period, and an annual CO₂ reduction of 2,800 tonnes.
6 articles
All Articles6
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Pulp Mill Process Optimization Saves up to 14% Energy
Cut Kraft pulp mill energy use by 14% and lower CO2 emissions by 2,800 tonnes. Learn how thermodynamic modelling delivers an average 1.8-year payback.
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1582
Black Liquor Evaporation Efficiency at 75% Solids
Thermodynamic modelling cuts pulp mill energy use by up to 14% at 75% solids. Learn how to manage black liquor viscosity and mitigate chemical scaling.
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1580
Pinch Analysis Cuts Kraft Mill Heat Demand by 12-39%
Pinch Analysis cuts Kraft mill heat demand by 12-39%, delivering a 12-16 month payback. Learn how process integration optimises thermal energy recovery.
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1571
How HMB Modelling Cuts Kraft Mill Steam by up to 12%
Reduce kraft pulp mill steam consumption by up to 12% and save 18.5 MW of thermal energy. Learn how HMB modelling optimises heat exchanger networks.
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1566
Reclaiming 4-6% of Black Liquor Recovery Boiler Steam
Reclaim 4% to 6% of recovery boiler steam and boost yields by up to 2.7%. See how real-time sootblowing optimization cuts parasitic utility steam loads.
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