Pulp&Paper Innovation that
adds Values to our lives.
connecting to our vision of paper’s future
Various research researches is being conducted to add greater value to everyday lives,
from procedures to manufacture better papers with advanced technology,
creating state-of-the-art materials. Moorim’s integrated pulp and paper research institute –
the very place where all possibilities of the paper industry are born,
from pulp to paper and new materials made from them.
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Date of Establishment
1986. 12
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Research Institutes
New Material Development Institute
(located at Moorim P&P Ulsan Plant)
Technology Support Research Institute
(Located at Moorim Paper Jinju Plant) -
Research fields
Development and process configuration of eco-friendly new products and new materials Performance of joint industry-academia and government research projects
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Laboratory
Paper Analysis Lab
Analysis of product and component with TGA, FE-SEM
Paper Making Lab
Research for new raw materials and process improvement
Advanced Materials Lab
Research and development of advanced materials obtained from the pulping process
Pulp Lab
Research for optimal pulp production
Paper Test Lab
Analysis of the paper properties and search for improvement in paper quality
Paper Coating Lab
Improving paper quality through analysis of coating color components and designs for mixing color
Composite Materials Lab
Biocomposite manufacturing and its properties research
| Registration Date | Registration Number | Name of the Patent |
|---|---|---|
| 2021. 07 | 10-2276561-0000 | Complex exhaust gas treatment equipment and control method thereof |
| 2021. 06 | 10-2263472-0000 | Environment-friendly air cushion sheet based on paper and the method of manufacturing thereof |
| 2020. 08 | 10-2143931-0000 | Method for manufacturing polymer composition, polymer composition and molded plastic using the same |
| 2020. 08 | 10-2143930-0000 | Masterbatch, resin composition and product comprising the same |
| 2020. 02 | 10-2082916-0000 | Manufacturing method for polymer composite materials containing cellulose |
| 2019. 05 | 10-1980598-0000 | Manufacturing method for oligo-saccharide and pulp |
| 2019. 02 | 10-1952316-0000 | Method of manufacturing a dissolving pulp |
| 2017. 10 | 10-2018-0172256 | Method for recycling drying sludge and paper using the same |
| 2015. 05 | 10-1521238-0000 | The method of high purity lignin extraction from black liquor |
| 2015. 04 | 10-1517426-0000 | The method of fiberizing knots from pulp, the fiberized knots, and paper product using the same |
| 2015. 01 | 10-1484029-0000 | The method for preparing fi ller agglomerate having uniform particle distribution |
| 2014. 10 | 10-1457470-0000 | Paper with high dry strength containing hemicellulose and producing method thereof |
| 2013. 03 | 10-1242713-0000 | Filler preflocculation equipment for paper-manufacturing process |
| 2007. 01 | 10-0667473-0000 | Voting paper and manufacturing method for improving of seal-ink application quality and an auto voting quality |
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Centralized Administration (Specialized Project Management Institutions) |
Detailed Project Name | Name of the R&D Project | Research and Development Period |
|---|---|---|---|
| Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology) | Development of Bioindustrial Technology | Development of the additives for the high-transparency biodegradable oxygen and moisture barrier films with a biomass content of at least 90% | 2020.04.01 ~ 2024.12.31 |
| Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology) | Development of Material and Component Technology | Development of low-cost, large-quantity manufacturing technology for eco-friendly cellulose fiber materials for automotive interior composites with nanoscale dispersion in polymer resins | 2020.04.01 ~ 2023.12.31 |
| Korea Forest Service (Korea Forestry Promotion Institute) | Development of High Value-Added Advanced Technology for Wood Resource | Development of manufacturing process for eco-friendly composites by applying cellulose hydrophobization technology | 2020.04.01 ~ 2022.12.31 |
| Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology) | Development of Material and Component Technology | Development of composites for automotive interiors using nanocellulose and lignin-based resins | 2016.09.01 ~ 2019.08.31 |
| Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology) | Project on the Development of Core Technology for the Nano Fusion Industry | Development of low-cost process-based cellulose nanofiber mass manufacturing technology | 2016.07.01 ~ 2020.09.30 |
| Ministry of Trade, Industry and Energy (Korea Institute of Energy Technology Evaluation and Planning) | Development of Core Technology for the Energy Resource Convergence | Development of carbon dioxide fiber reduction loading technology | 2010.11.01 ~ 2015.10.31 |
The pulp, which is produced from Moorim P&P’s integrated mill,
has a lot of value of use not only for manufacturing paper but also for the use of new material.
There is an active research ongoing to replace chemical-based products into natural ingredient, the wood pulp
- Powder made from pulverized pulp; more color-expressive and stronger than ‘wood flour’ made by grinding wood or sawdust.
Application brick, insulator, construction materials such as CRC board
Person in charge
Nano PG
1. Contact : +82. 52.240.6191
2. Email : harris@moorim.co.kr
- A high-purity/highly functional eco-friendly material that can replace petrochemical products
- Earth’s most abundant phenolic natural polymer
- Extracted and purified from black liquor generated from kraft pulping
Application adhesives and binders, carbon fiber, bioplastics, dispersants, batteries
Person in charge
Bio PG
1. Contact : +82. 52.240.6162
2. email : jaegwan@moorim.co.kr