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What Is the Lifecycle of a Box?

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International Paper details the circular lifecycle of containerboard boxes, starting from forest harvesting to final recycling. The process begins with renewable fiber transported to paper mills, where it's converted to pulp. The company highlights that 70% of their mill energy comes from carbon-neutral biomass residuals, a manufacturing byproduct.

The lifecycle continues through converting processes where containerboard is transformed into custom boxes. Nearly all trimmings and scrap paper from box plants are recovered and recycled. After customer use, materials are collected through recycling networks and returned to mills, completing the circular process.

As part of their Vision 2030 goals, IP focuses on minimizing fossil fuel use, improving energy efficiency, and expanding renewable energy usage. While wood fiber has a finite recycling life before becoming too brittle, these 'lost' fibers are repurposed as biomass-based fuel for mill operations.

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Positive

  • 70% of mill energy derived from carbon-neutral biomass residuals
  • Efficient recycling system with nearly all box plant trimmings recovered
  • Operational cost reduction through biomass fuel usage and closed-loop manufacturing

Negative

  • High capital costs required for mill and box plant equipment updates
  • lifecycle of wood fiber recycling due to fiber degradation

News Market Reaction

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-1.69% News Effect

On the day this news was published, IP declined 1.69%, reflecting a mild negative market reaction.

Data tracked by StockTitan Argus on the day of publication.

NORTHAMPTON, MA / ACCESSWIRE / December 4, 2024 / International Paper Company

Originally published in International Paper's *Thinking Inside the Box* white paper

Rethinking economic production as a continuous cycle of use and renewal has become a subject of great interest for businesses committed to a sustainable future. Likewise, economic benefits are gained from reduced fuel and raw material costs, and a closed-loop manufacturing process that minimizes energy waste.

For the containerboard box, circularity begins in the forest. From the forest, renewable fiber is transported to a paper mill, where it is converted to pulp in a process that yields cooking "liquors" as well as biomass that can be reintroduced into the process as fuel, considered carbon neutral biomass energy.

Paper mills are the catalyst in the circular lifecycle of a box: these facilities realize incredible energy savings through efficient biomass cycles and effective water treatment. Due in part to the high capital cost of updating mill and box plant equipment, the paper and packaging industry has a broad range of technology and energy efficiency in facilities. International Paper is committed to demonstrating strong leadership in manufacturing excellence, emissions reduction and process improvements. As part of IP's Vision 2030 goals, the company is focusing its efforts on projects that minimize fossil fuel use, improve energy efficiency and expand the use of renewable energy. As a result, 70% of the company's mill energy is derived from carbon-neutral biomass residuals, a by-product of the paper manufacturing process turned into energy.

International Paper implements circular principles and practices throughout its value chain to ensure that its products are responsibly sourced, recovered and recycled into new boxes. While wood fiber cannot be used indefinitely, it can be used many times before the fibers are too brittle and short and considered "lost". These "lost" fibers, and other manufacturing byproducts, are captured and used for biomass-based fuel to power the mill.

After pulp is transformed into containerboard, it enters the converting process, where rolls of containerboard are cut, shaped and printed to fit customer specifications at box plants. Nearly all trimmings and scrap paper at box plants are recovered and returned to the paper mill to be recycled into new containerboard. After customer use, a robust network of recycling collectors, including IP's own recycling business, transports recovered materials to a recycling facility, then to paper mills, where the fiber is broken down and reintroduced, beginning the circular process again.

Download International Paper's white paper to learn more.

About International Paper

International Paper (NYSE:IP) is a global producer of sustainable packaging, pulp and other fiber-based products, and one of the world's largest recyclers. Headquartered in Memphis, Tenn., we employ approximately 39,000 colleagues globally who are committed to creating what's next. We serve customers worldwide, with manufacturing operations in North America, Latin America, North Africa and Europe. Net sales for 2023 were $18.9 billion. Additional information can be found by visiting internationalpaper.com/.

About International Paper - EMEA

In Europe, Middle East & Africa (EMEA), International Paper focuses on the production and marketing of fiber-based packaging and specialty pulp, employing approximately 4,400 people. As a leading supplier of high-quality corrugated containers for a multitude of applications, we serve customers throughout the region from our network of two recycled containerboard mills and 23 box plants in France, Italy, Morocco, Portugal and Spain. Specialty pulp is made in Gdansk, Poland. Other products available from International Paper in the region include a variety of Kraft linerboard and other pulp products.

View additional multimedia and more ESG storytelling from International Paper Company on 3blmedia.com.

Contact Info:
Spokesperson: International Paper Company
Website: https://www.3blmedia.com/profiles/international-paper-company
Email: info@3blmedia.com

SOURCE: International Paper Company



View the original press release on accesswire.com

FAQ

How does International Paper (IP) achieve energy efficiency in its mills?

IP achieves energy efficiency through biomass cycles, effective water treatment, and using manufacturing byproducts as fuel, with 70% of mill energy coming from carbon-neutral biomass residuals.

What percentage of International Paper's (IP) mill energy comes from biomass residuals?

70% of International Paper's mill energy is derived from carbon-neutral biomass residuals, which are byproducts of the paper manufacturing process.

What happens to scrap paper in International Paper's (IP) box plants?

Nearly all trimmings and scrap paper at IP's box plants are recovered and returned to paper mills to be recycled into new containerboard.
International Paper Co

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