Pulp & Paper

SpartanPRO™ Industry Ready Solutions

Pulp & Paper

Our library of SpartanPRO™ Pulp & Paper industry-ready solutions has been developed over the past 20 years while working with our customers in mills. Additionally, we have access to Emerson's library of industry-ready SmartProcess^TMpulp & paper solutions. Both sets of site-tested solutions tackle the toughest and most economically-significant applications in the pulp & paper industry and can help bring operational performance in your mill to the next level.

Fibreline

Reduce specific energy, improve throughput capacity, reduce plate-clash frequency and improve freeness variability.

Reduce kappa variability and white liquor consumption, improve washing.

Optimize washing to achieve the lowest combined cost of evaporation and bleaching with the ability to shift washing load to avoid bottlenecks.

Optimize brightness and pH control to produce a stable final brightness and reduce the overall cost by up to 5%.

Improve chlorine dioxide generation efficiency and reduce reagent consumption by up to 4% while ensuring safe, stable operation and producing consistent quality ClO2.

Reduce the variability of sheet air dry and basis weight by up to 80% while increasing throughput and reducing the risk of dry-end sheet breaks.

Power, Recaust & Recovery

Reduce net steam consumption by up to 5% while producing a stable, consistent liquor strength

Decrease cost of steam by 5% through intelligent, automated soot-blowing that selectively focuses on the most problematic sections.

Increase steam generation efficiency, improve hog burning stability, increase percent of steam from hog, and reduce swings in steam supply through intelligent management of combustion and air flows to address changing steam demands and hog quality.

Prevent major process upsets and trips by stabilizing steam headers with coordinated management of turbines, vents, pressure relief valves (PRVs) and boilers.

Maximize profitability from power generation with real-time optimization of boiler fuel allocation, turbine management, and power market pricing.

Increase causticizing efficiency to reduce system deadload, offload the evaporators, and produce stable white liquor for the fiberline while also proactively protecting against overliming and boil over.

Maximize throughput capacity, produce a stable white liquor/mud density, and reduce plugging frequency.

Reduce specific energy of operation by up to 5%, improve throughput capacity, produce stable product and decrease the risk of brick loss or ring formation.

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