Pulp and Paper Packaging Solutions

Plant automation for packaging, pulp and paper making processes

WATER TREATMENT
Wastewater Treatment
Sludge Dewatering
Settling Aid
Sludge dewatering
Bio Augmentation
Nutrients
Foam Control
DECKLE MANAGEMENT SOLUTIONS
Kaiznn : Our Intelligent Integrated Deckle Management
PAPER MACHINE APPLICATIONS
Solid -Liquid Separation
Retention & Drainage Aid
Internal & External Sizing
Microbial Control
Scale Control
Foam Control
Stickies Control
Strength Improvement Aid
Refiner Automation
Water Recycling
PULP MILL APPLICATIONS
Cooking Aid
Deresination Aid
Pitch Control
Wash Aid
Kappa Reduct
PULP MILL APPLICATIONS
Cooking Aid
Deresination Aid
Pitch Control
Wash Aid
Kappa Reduction
Metals Management
Scale Control
System Boil-out
Brightness Improvement
Water Recycling
UTILITY APPLICATIONS
Raw Water Treatment
Membrane Treatment
Boiler Water Treatment
Cooling Water Treatment
PULP MILL APPLICATIONS
Cooking Aid
Deresination Aid
Pitch Control
Wash Aid
Kappa Reduction
Metals Management
Scale Control
System Boil-out
Brightness Improvement
Water Recycling
WATER TREATMENT
Wastewater Treatment
Sludge Dewatering
Settling Aid
Sludge dewatering
Bio Augmentation
Nutrients
Foam Control
DECKLE MANAGEMENT SOLUTIONS
Kaiznn : Our Intelligent Integrated Deckle Management
PAPER MACHINE APPLICATIONS
Solid -Liquid Separation
Retention & Drainage Aid
Internal & External Sizing
Microbial Control
Scale Control
Foam Control
Stickies Control
Strength Improvement Aid
Refiner Automation
Water Recycling
PULP MILL APPLICATIONS
Cooking Aid
Deresination Aid
Pitch Control
Wash Aid
Kappa Reduction
Metals Management
Scale Control
System Boil-out
Brightness Improvement
Water Recycling
PULP MILL APPLICATIONS
Cooking Aid
Deresination Aid
Pitch Control
Wash Aid
Kappa Reduction
Metals Management
Scale Control
System Boil-out
Brightness Improvement
Water Recycling
UTILITY APPLICATIONS
Raw Water Treatment
Membrane Treatment
Boiler Water Treatment
Cooling Water Treatment

Stop relying on manual processes and subject matter experts

You’re wasting time in generating dosing insights through samples.
You’re using more raw material yet getting a lower end-product quality.

Haber provides real-time, AI driven automation to maximize plant efficiency & output

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Upto 15%

Higher Output
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Upto 8%

Increase in Revenue
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Upto 10%

Savings on Raw Materials
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$0

Additional Cost

Improve consistency in product quality and reduce process variability

Our platform eLIXA® leverages data in real time and translates this into actionable intelligence. Track critical parameters, understand trends and spot issues and opportunities.

With HABER’s eLIXA® platform, you get access to the whole picture in real time.

Monitor your production from the elixa.ai dashboard

eLIXA® is a secure cloud based platform that integrates data collected through sensors across your plant and controls mechanical, operational and chemical parameters.

Data can be accessed and controlled through existing plant SCADA or through web based dashboards. AI/ML algorithms process data to generate accurate, quick as well as reliable results.

3 Charts

Haber’s automation solution helped us increase our production by 2%, reduced the chemical consumption by 20%, and improved the system efficiency

- Pulp and Paper Packaging Manufacturer
Read full case study

Haber’s smart system helped us increase our retention by 5%, reduced the raw-material consumption and improved the product quality

- Pulp and Paper Packaging Manufacturer
Read full case study

With Haber's help we could Reduce bacterial count to 5 CFU/ml, avoid unscheduled boil-outs and improve product quality

— Major Pulp and Paper Manufacturer
Read full case study

Haber’s smart system helped us maintain target brightness within the specified range, with minimal variability, and reduced the chemical consumption by 10%

— Major Pulp and Paper Manufacturer
Read full case study
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Applications that Haber supports for Pulp and Packaging

Materials inside tray

RDA

Haber's fully automated eLIXA controlled chemical preparation and feed system deliver the best solution to retain zero fine fibre particles and better drainage of chemicals by dosing water-soluble polymers without any manual intervention.

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MBC

Microbial control program driven by eLIXA helps to arrive at the right chemistry and dosing through real-time monitoring. Helping to keep the organic load of the system within the acceptable range with minimum investment and an easier maintenance cycle.

Factory field top view

SLS

Solid-Liquid Separation has been critical to recover costly fibres and remove contaminants from water. Optimum dosing of chemicals through AI-driven eLIXA enables efficient Separation of solid and liquid facilitating judicious use of resources and driving down costs.

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Brightness

AI models designed to control output Brightness within acceptable ranges, monitor and implement strict control at various stages ensuring minimal variation in the final output and optimal chemical dosing.

Material Spikes

Scale Control

Fluctuations in process parameters such as pH, temperature and pressure are major contributors to scale formation. The depositions hamper the flow and affect end-product quality. eLIXA provides real-time AI and ML-based closed-loop control for scale control, monitoring and predicting anti scalant requirements in real-time.

Liquid foam

Defoamer

Foam control helps to reduce the foam generated within the system due to chemicals. An effective defoamer program ensures optimal dosing of chemicals which otherwise would impact the product quality and drive up costs.

Factory machine image

Strength Aids

Strength Aids are one of the most important parts of papermaking, which determines the crucial parameters of a paper. Real-time monitoring and control help to keep these critical parameters within the desired range and achieve the targeted end product.

Carpet roll

Surface Sizing

Water resistance is an important characteristic of paper that eventually determines the end use of paper. AI-driven sizing program helps achieve the targeted value thereby ensuring that the paper can be put to the intended use.

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Maximize your plant efficiency and profit through automated, data-driven decisions

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