Pulp-Paperworld.com / European News

Minerals Technologies Inc. has just announced that it has signed an agreement with PT Pindo Deli Pulp and Paper Mills, part of the Asia Pulp & Paper Group (APP), to build an 80,000 metric ton per year satellite precipitated calcium carbonate (PCC) plant at its paper mill in Pindo Deli, Indonesia, located just east of the city of Jakarta. The facility will be operated by Pindo Deli Specialty Minerals (PDSM), a newly created joint venture in Indonesia.

2014 07 30 103250 min tech logo“We are very pleased to expand our relationship with this long-term partner and world-class paper manufacturer,” said Douglas T. Dietrich, Chief Executive Officer. “This agreement follows the signing of a new 125,000 ton per year PCC plant and 40,000 ton expansion with APP in Indonesia earlier this year.”

This facility is scheduled to begin operation in the fourth quarter of 2018.  D.J. Monagle III, Group President, Specialty Minerals and Refractories, commented further, “Asia Pulp & Paper is an innovative paper company, and we are pleased that they have confirmed the value of our PCC technology in their fine paper grades. Our PCC will be used as a paper filler to improve brightness, opacity and bulk, and to reduce the cost to the papermaker of higher-cost fiber.”

PCC is a specialty pigment for filling and coating high-quality paper. By substituting Minerals Technologies' PCC for more expensive wood fiber, customers are able to produce brighter, higher quality paper at lower cost. In 1986, Minerals Technologies originated the satellite concept for making and delivering PCC on site at paper mills, and the concept was a major factor in revolutionizing papermaking in North America. Today, the company has nearly 60 satellite plants in operation or under construction around the world and continues to lead the industry with consistent quality and technical innovation.

About Minerals Technologies Inc.
New York-based Minerals Technologies Inc. (MTI) is a resource- and technology-based growth company that develops, produces and markets worldwide a broad range of specialty mineral, mineral-based and synthetic mineral products and related systems and services. MTI serves the paper, foundry, steel, construction, environmental, energy, polymer and consumer products industries. The company reported sales of $1.638 billion in 2016. For further information, please visit our website at www.mineralstech.com

Between January and September, Södra delivered 15 times more green electricity to the public electricity grid compared with the same period in 2015. Deliveries are equivalent to the total electricity consumption* of 7,000 houses per year. The electricity is produced from the forest raw material that is processed at Södra’s mills.

“We are very pleased with this substantial increase. It shows how we can use innovation and investments in green industry to meet important societal needs,” said Roine Morin, Sustainability Director at Södra.

During 2017, Södra has delivered 15 times more electricity compared with the same period in 2015, an increase from 11 to 167 GWh**. Electricity is mainly generated at the three pulp mills in Värö, Mörrum and Mönsterås. In 2016, major investments were made at these mills, that provided the basis for the increase in deliveries. The largest investments were made at the Värö pulp mill, which increased its electricity generation by almost 70 percent, from 232 to 390 GWh, compared with January to September 2015.

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“The electricity is a by-product created through the use of resource-efficient solutions in production. This is one example of how the forest has a key role to play in the transition to a bioeconomy,” said Roine Morin. 

Södra has been self-sufficient in green electricity since 2007. At the same time, Södra is working to reduce its own electricity consumption. One of Södra’s sustainability targets concerns the efficient resource utilisation of electricity, with the aim of reducing consumption by at least 10 percent by 2025.

*Including household electricity, heating and hot water in a house with an average consumption of 25,000 kilowatt hours (kWh) per year.

**Gigawatt hours – 1 GWh = 1,000,000,000 watt hours.

Södra was founded in 1938 and is the largest forest-owner association in Sweden, with a membership of more than 50,000 forest owners. We engage in modern and responsible forestry, and operate state-of-the-art mills in which we process our raw material. Through value-generating relationships and a long-term approach, Södra is leading the way for the next generation of forestry. 

Valmet introduces a new scanner, Valmet IQ Converting Scanner, for corrugated board. It is a long-awaited addition to Valmet's quality management control concept for corrugators and other board converting machines.

"IQ Converting Scanner offers corrugated board manufacturers a more economical way to measure liner moisture levels. It enables the use of Valmet IQ CD/MD controls in corrugators, resulting in higher quality as well as improved productivity," says Mikko Talonen, Business Manager, Automation, Valmet.

Valmet IQ Converting Scanner can be easily installed in different process locations, thanks to its innovative sensor support technology. The scanner enables direct moisture measurements to be positioned in an optimum process location from a quality and performance point of view.

The new scanner with online moisture measurement enables the utilization of machine and cross-direction controls in converting machines. These control solutions improve and stabilize the end-product quality, decrease the amount of broke and allow operators to concentrate on quality management and production optimization.

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A comprehensive quality management solution for corrugators

Valmet offers a comprehensive quality management solution for corrugators. The solution features a wide range of online quality measurements to get accurate and fast information from the process, web inspection and monitoring systems to help detect quality defects and identify their root causes. It also includes a water spray system to control warp and moisture levels, as well as CD/MD controls.

All IQ solution components are based on Valmet's extensive process knowledge and experience in the pulp & paper industry and backed by expert services.

Valmet is the leading global developer and supplier of process technologies, automation and services for the pulp, paper and energy industries. We aim to become the global champion in serving our customers.

Valmet's strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bioenergy production. Our advanced services and automation solutions improve the reliability and performance of our customers' processes and enhance the effective utilization of raw materials and energy.

Valmet's net sales in 2016 were approximately EUR 2.9 billion. Our 12,000 professionals around the world work close to our customers and are committed to moving our customers' performance forward - every day. Valmet's head office is in Espoo, Finland and its shares are listed on the Nasdaq Helsinki.

The trade balance for the Brazilian planted tree industry surpassed US$ 5.5 billion from January to September of 2017, a growth of 12.1% compared to the same period of 2016. During the first nine months of the year, the industry recorded US$ 6.3 billion in exports (+10.3%), with pulp sales abroad reaching US$ 4.6 billion (+13.2%), paper sales of US$ 1.4 billion (+0.6%), and wood panels sales of US$ 212 million (+19.8%).

2017 06 06 090206Continue reading below about the performance indicators for the planted tree industry in the 41st edition of Cenários Ibá, the monthly bulletin of the Brazilian Tree Industry (Ibá).

Export Destination – For the combined period spanning January to September of this year, China held firm as the main destination for Brazilian pulp (40.3%), representing revenues of US$ 1.9 billion (+21.5%). The second largest destination for pulp was Europe, which during this period was responsible for 31.5% of exports, corresponding to US$ 1.5 billion (+5.8%). Latin American countries continued to be the main markets for paper and wood panels during the first nine months of the year, with export revenues of US$ 928 million (+11.7%) and US$ 111 million (+16.8%), respectively.

Export Volume – Brazilian pulp continues to demonstrate positive numbers in the foreign market. Between January and September 2017, 10.0 million tons were sold abroad (+4.2%). During the same period, paper exports remained practically stable with 1.6 million tons (-0.2%). The wood panels segment reached 937,000 m3 sold to other countries (+27.7%).

Production – During the first three quarters of 2017, Brazilian pulp production reached 14.3 million tons (+2.7%). Paper manufacturing registered 7.8 million tons (+0.7%).

Domestic Sales – From January to September 2017, domestic sales of paper surpassed the 4.0 million ton mark (-0.5%), while the wood panels sector registered internal sales of 4.8 million m³ (+1.7%).


The Brazilian Tree Industry (Ibá) is the association responsible for institutionally representing the planted tree production chain, from the fields to the factory, with its main stakeholders. Launched in April 2014, it represents 55 companies and nine state entities for products originating from planted trees (wood panels, laminate floors, pulp, paper, energy forests and biomass) in addition to independent producers of planted trees and institutional investors. Learn more at www.iba.org.

–With a new processor module and an enhanced engineering function–

Yokogawa Electric Corporation announces that it will release the CENTUM® VP R6.05, an enhanced version of its flagship integrated production control system.

2017 04 10 144728The latest CENTUM release features a new processor module with a Yokogawa designed microprocessor that employs large-scale integration (LSI). By using this system LSI in place of a commercially available product, Yokogawa eliminates the disruptions that can occur when a product is modified or discontinued. This release also features an improved engineering function that speeds up project execution by achieving savings in configuration and installation time. These enhancements cover the entire control system lifecycle, from installation and start-up to end of service.

Development Background

The CENTUM VP control system provides an optimum operation, monitoring, and engineering environment for every phase of the plant lifecycle, from engineering, installation, and start-up to maintenance, renovation, upgrade, and end of service. Starting with release 6.01 in 2014, CENTUM VP design has been guided by the CENTUM VP R6 value propositions of Smart Engineering, Advanced Operation, System Agility, and Sustainable Plant. Release R6.05 offers strengthened functions that fulfil the value propositions of Smart Engineering and Sustainable Plant.

Since first releasing CENTUM in 1975, Yokogawa has continued to enhance and optimize this system with the aim of ensuring backwards compatibility and long-term ease of use. For long-term stability in operations, it is necessary to continue offering products that have the same specifications. However, as many electronic components have short lifecycles, there is always the risk that specifications will change over time, or that they may be eliminated altogether. To address this problem, Yokogawa has developed and uses its own system LSI in this controller.


  1. CP471 processor module with Yokogawa-developed system LSI

For the CENTUM VP field control unit (FCU), Yokogawa has developed the CP471 processor module. The new CP471 processor module has a new system LSI of Yokogawa’s own design. Application of a Yokogawa product eliminates the possibility of disruptions due to the modification or discontinuation of a commercially available product. This shall ensure the long-term availability of this key component.                                                                                                  

  1. Reduced test time for the AD Suite integrated engineering environment

Yokogawa developed the Automation Design Suite (AD Suite) engineering environment by leveraging its wealth of project engineering knowhow, and released it as part of the CENTUM VP R6.01. AD Suite is a powerful, yet flexible, engineering environment that helps engineers produce quality work, whilst improving efficiency, over the entire project lifecycle.

AD Suite takes a modular approach to the development of control applications, and the modules created with this software are reusable in similar applications. AD Suite empowers CENTUM customers by giving them the choice between the use of a standard set of modules developed by Yokogawa, or the creation of custom modules using a test tool provided within AD Suite. With the modifications to the test tool implemented in R6.05, the time needed to create a module has been reduced by more than 50%.

Major Target Markets

Process industries such as oil and natural gas, petrochemicals, chemicals, electric power, pulp and paper, pharmaceuticals, foods, iron and steel, and water and wastewater.


Operation, monitoring, and automatic control of plants.

About the CENTUM series

Yokogawa released its CENTUM distributed control system (DCS) in 1975, a world first. CENTUM VP is the ninth generation in the CENTUM series. Known for their rugged performance, CENTUM systems set high standards for engineering and technology excellence while ensuring backwards compatibility with previous system versions and support of the latest technology applications. Knowledge-driven engineering lies at the heart of CENTUM, a Yokogawa flagship product that has been proudly serving the process industry, over the past 40+ years.

About Yokogawa

Yokogawa's global network of 113 companies spans 60 countries. Founded in 1915, the US$3.5 billion company engages in cutting-edge research and innovation. Yokogawa is active in the industrial automation and control (IA), test and measurement, and aviation and other businesses segments. The IA segment plays a vital role in a wide range of industries including oil, chemicals, natural gas, power, iron and steel, pulp and paper, pharmaceuticals, and food. Targeting this segment, Yokogawa helps companies maximize their profits by offering a wide range of highly reliable products and working with the subsidiary KBC Advanced Technologies to provide premium solutions and services. For more information about Yokogawa, please visit www.yokogawa.com

About Yokogawa Europe B.V.

The European headquarters of Yokogawa were founded in Amersfoort in the Netherlands in 1982. Throughout Europe Yokogawa has its own sales, service and engineering operations. This dedicated network has been extended to Central and East Europe to further enhance the coverage and support associated with serving the process control and automation market place. Yokogawa develops and produces flowmeters at Rota Yokogawa in Germany and liquid analysers and industrial safety systems in the Netherlands. In addition to this dedicated network of Yokogawa subsidiaries, a select organisation of Test & Measurement (T&M) subsidiaries and distributors is established in certain areas to support the specific customer needs of this continuously developing and specific market of T&M instrumentation.

Stora Enso will invest EUR 94 million to grow in renewable materials and to increase competitiveness in consumer board and biomaterials. EUR 52 million will be invested to increase the dissolving pulp production capacity at Enocell Mill and EUR 42 million to enhance the availability of the chemi-thermomechanical pulp (CTMP) at Imatra Mills. Both mills are located in Finland.

“We continue to drive our transformation to a renewable materials growth company. While investing in our Finnish mills, we expect the competitiveness of Finland’s export industry to be ensured and further improved globally,” says Karl-Henrik Sundström, CEO of Stora Enso.

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Investments in renewable materials substituting fossil-based alternatives

Enocell Mill, part of the Biomaterials division, will be converted to focus entirely on production of dissolving pulp. The softwood pulp production will be gradually discontinued after the investment. The mill will have a total capacity of 430 000 tonnes dissolving pulp annually, whereof 185 000 tonnes hardwood and 245 000 tonnes softwood dissolving pulp. The investment is scheduled to be completed during the second half of 2019. It is expected to exceed the Biomaterials division’s profitability target, operational return on operating capital (ROOC) of 15%, and to have a positive impact on sales.

Dissolving pulp is used as a raw material replacing cotton and fossil-based materials, such as polyester. The dissolving pulp product segment is growing above the industrial average. The growth is driven by increased demand for non-woven applications, and viscose-type fabrics in the textile industry.

“We aim to improve our pulp mix to differentiate and secure competitiveness in the long term. At our Nordic pulp mills, this means focusing on special grades, such as fluff and dissolving pulp. The investment also supports Enocell Mill to become an integrated biorefinery plant for new bio-based chemicals,” says Markus Mannström, head of Stora Enso’s Biomaterials division.

The investment at Imatra Mills, part of the Consumer Board division, includes a new CTMP drying and re-pulping plant as well as extension of the pulp warehouse. This aims to enhance the availability of CTMP and to drive the commercialisation of micro-fibrillated cellulose (MFC). Due to its high strength and 100% renewable raw materials, MFC is designed to outperform fossil-based materials, such as plastics, in a variety of applications. The project is scheduled to be completed in the first half of 2019. The investment is expected to exceed the Consumer Board division’s profitability target, operational return on operating capital (ROOC) of 20%, and to have a marginal impact on sales.

“This investment drives further growth and competitiveness in liquid packaging and food service board. It also supports the ongoing MFC investment which will meet customer demand of products made with less raw materials (source reduction), enhanced strength, light weight and renewable barrier materials,” says Annica Bresky, head of Stora Enso’s Consumer Board division.

Both of these investments are included in Stora Enso's capital expenditure guidance. 

Stora Enso is a leading provider of renewable solutions in packaging, biomaterials, wooden constructions and paper on global markets. Our aim is to replace fossil-based materials by innovating and developing new products and services based on wood and other renewable materials. We employ some 25 000 people in more than 35 countries, and our sales in 2016 were EUR 9.8 billion. Stora Enso shares are listed on Nasdaq Helsinki (STEAV, STERV) and Nasdaq Stockholm (STE A, STE R). In addition, the shares are traded in the USA as ADRs (SEOAY). storaenso.com

In its latest research Smithers Pira has identified four novel technologies that are set to increase capacity and enable new product opportunities for manufacturers of specialty papers across the next five years.

The new Smithers Pira market report – The Future of Speciality Papers to 2022 – provides a comprehensive overview of this important sector of the paper industry. It incorporates both higher volume applications, like flexible packaging and label stocks, and more niche segments like electrical insulation, filtration, and security papers.

Smithers Pira analyses the different fortunes to chart how global consumption of speciality papers in 2017 has reached 24.16 million tonnes. Steady growth will continue through the end of the decade at 2.2% per year to push this figure to 26.98 million tonnes in 2022.

US perspective

Unsurprisingly the US dominates specialty paper demand in the Western hemisphere. In 2017 US market share for the Americas is 64% (by volume); or just over 16% of global demand. Expansion in the US, will continue across the next five years, but at a slower rate to less mature markets in the region, principally Brazil. Across the next five years the US will also be displaced by China as the world’s single largest national market for specialty papers.

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Regional market shares for specialty papers (by tonnage, 2017) Source: Smithers Pira

The plummet in printing and writing paper demand linked to the emergence of the Internet began in the US, and it continues to reshape the papermaking landscape. Speciality papers have become attractive for stranded assets that are new and can be economically refocused – filtration and battery insulator papers in particular are showing good resilience in the face of the broader industry competition with polymer alternatives.

Simultaneously the paper industry continues its consolidation trend, which is carrying over into the speciality business.

Disruptive technologies

As a diverse, high-value sector, the specialty papers market provides a strong forum for the initial deployment of technical innovations, to open new market applications and realise production efficiencies.

Smithers research has identified four key developments that will help underpin future growth in specialty papers both in the North America and further afield across 2017-2022.

  • Foam forming
  • Precision control on large format machines
  • Industry 4.0

Foam forming

First developed in the 1970s, foam forming is a papermaking process that can produce nonwoven-type materials on paper machines with excellent formation uniformity, bulk and porosity. Critically successful commercialisation will allow paper machines to produce nonwovens substitutes at lower costs than the current slow airlaid or wetlaid nonwoven production platforms.

Foam forming is a multi-phase fluid system structured by the presence of gas bubbles separated by thin liquid films. The bubbles impart increased sheet bulk and porosity to the paper.

As the process has undergone a series of recent technical refinements, new systems employing foam forming are now entering commercial production for specialty paper types. A key focus is maintaining sheet strength while not compromising the enhanced paper bulk; one process is employing cellulose nanofibrils (CNF) to give a reported 16-19% improvement in tensile strength.

The first product to come from the 21st-Century foam forming development is Paptic’s extensible paper bag stock which offers a more environmentally friendly substitute for plastic.

Precision in papermaking

State-of-the-art precision technology developed for the commodity grades will steadily find a wider use on speciality machines too. These platforms offer multiple benefits with reduced product variation, resulting in tighter specifications with less waste from changeovers, rejected lots, or over-designed products that use excess fibre to cover poor variability and reproducibility.

In practice this means lighter paper grades from high-precision machines can compete with the same performance as heavier-weight papers from less precise machines. Simultaneously, superior coater designs are facilitating quick changes of coating formulations between grades with little time or material waste.

Improved product quality and costs will allow increased penetration of speciality paper grades into new applications and markets. However, a more disruptive impact will be the implementation of precision technology on faster and wider papermaking machines allowing them to compete in the speciality spaces that have hitherto relied on slower, labour-intensive papermaking.

Industry 4.0

Running in parallel to greater precision, paper making is also adapting its systems to enable greater automation and data exchange. Across all manufacturing sectors this has been dubbed Industry 4.0.

While computers have been used on paper machines since the 1960s, new systems are integrating technical processes, quality systems and supply chain management in automated harmonised systems that reduce cost and will allow larger production lines to behave like small and nimble producers of the past. In combination with new on-line sensors for real-time monitoring of product attributes these will enable owners of larger and wider machines to deliver the precision required in many specialty grades.

A fine example of this trend is the evolution of headboxes with online CD basis-weight profiling. The headbox slice is kept as straight as possible, but the excess weight in a small area is corrected by injecting water in narrow segments to displace just the excess fibre. This is finally a robust control system for headbox fibre weight distribution. It matches the precision of the new high-resolution sheet scanner systems, correcting fibre weight differences in the cross direction of the tissue sheet.

Stretchable papers

Initially developed in Europe by Gruppo di X, and beta tested with Innventia in Sweden, the capacity to develop stretchable papers is now a commercial reality via a licensing deal with BillerudKorsnäs in Europe. The mould paper produced using Gruppo di X’s trademarked Papermorphosis process relies on mechanical treatment to achieve a base sheet with 20% stretchability in the machine direction and 16% in the cross direction.

Stretchable papers are a new concept intended to replace plastics with natural paper webs, aligning with brand desires for a more sustainable persona, especially for single-use packaging. They can be supplied in reels that can be printed, coated and otherwise processed on traditional converting lines previously used for polymers. The key end products include tray-format packaging and pharmaceutical blisters for stiffness and advertising, paper cups and other liquid containers, and decorative foils for furniture.

The full impact of these technologies is analysed and other important market development is examined in detail and quantified in the Smithers Pira report The Future of Speciality Papers to 2022– click here for more information.

On 14th October, after a comprehensive rebuild supplied by Toscotec, PM1 at Correll Tissue in Durban successfully started up.

2017 11 02 085241The scope of supply included a modification of the existing Fourdrinier tissue machine into a MODULO Crescent Former with a new TT Headbox-SLT. The delivery also included a rebuild of the existing approach flow system and of the felt run, as well as the YD doctoring system. In 2006 Toscotec had already supplied a new TT SYD to the mill.

The rebuild boosted the machine speed to 650 mpm, for the production of high-quality tissue mainly from waste paper, produced by the extensive printing operations of Novus Holding, one of the most technologically advanced print manufacturing operations in Africa. Complete engineering, erection, commissioning, training service and start-up assistance were also included in the order.

“We are glad to partner with such an important tissue producer. Our technology turned out to be the right solution for the customer’s need.”  said Marco Dalle Piagge, Sales Director of Toscotec S.p.A..
Conrad Rademeyer, Group Executive, stated: “We are now ready to deal with new market challenges and we are looking forward to achieve great and new results in terms of productivity as well as in terms of machine performance. The new machine will give us the flexibility we need to get a competitive advantage in the market.”

About Toscotec

Toscotec is a turnkey projects supplier to the global paper industry. Since 1948, Toscotec offers complete production lines, plant retrofits, turnkey projects and individual machineries. The Group serves all the leading paper producers with customized solutions, relying on the experience gained in over 60 years of activity.

For more info: www.toscotec.com

Valmet has been selected to supply a Valmet DNA Control System for the new Solid Recovered Fuels (SRF) boiler Blue Paper SAS is building in its site in Strasbourg, France. The order was included in Valmet's third quarter of 2017 orders received. The value of the order will not be disclosed. The delivery is scheduled for early 2018, and process start-up is planned for spring 2018.

"We already use Valmet DNA system to control the major part of our Energy and Paper making processes. It will be for sure an advantage for our operators and maintenance technicians to keep the same DCS environment also for the new SRF plant. Indeed, our know-how and experience of many years with this system, as well as also our good cooperation with Valmet, will be beneficial for the project phase and later on for the ownership of the new process," says Vincent Muller, Electrical and Automation Manager for Blue Paper, in charge of the new DCS project.

"I am pleased that Blue Paper selected our Valmet DNA for their biggest investment since machine start-up. After the successful project done with the machine rebuilt in 2013, the choice of Blue Paper strengthens us in our partnership and I am proud of the work accomplished by our teams," says Patrick Rojo, Automation sales account manager, Valmet.

Blue Paper, Strasbourg, France.Blue Paper, Strasbourg, France.

Information about Valmet's delivery

Valmet delivery will consist of an 800 I/O's Valmet DNA automation system that will control the new steam production plant: boiler, fuel storage and supply and utilities, with integration to the current Valmet automation system used in the paper mill and communication with the external systems like analyzers and unloading system.

Valmet's automation solution is a part of a global EUR 24 million investment. Blue Paper is currently processing to install a new 22 MW steam production plant based on Solid Recovered Fuels that will replace the two gas boilers of the mill, with the output of 30 tons/h of steam. The project is supported by French Environment and Energy Management Agency (ADEME) through the "CSR - Combustibles Solides de Récupération" (SRF) call for projects for which Blue Paper has been selected. Blue Paper is on par with the mill's strategy to continuously reduce the carbon footprint of its operations and products throughout the life cycle, with the goal to reduce gas consumption by 80% and to produce 40% of the steam needed by its operations. Blue Paper will also contribute to the local circular economy by converting part of local waste into renewable energy together with the waste coming from its own operations.

Valmet DNA automation system is a highly integrated automation system for power plant control and monitoring. In addition to offering a modern DCS system it has integrated turbine control and protection, machine condition monitoring and protection, electrical power distribution, and performance monitoring and reporting. The advanced and integrated solution improves the cost efficiency of the power plant's operation and simplifies the system maintenance.

Information about the customer Blue Paper

Blue Paper's Strasbourg mill produces corrugated case material, and its products are made solely of 100% recovered paper in an environmentally friendly process. Blue Paper SAS was established in 2013 after UPM Kymmene group, previous owner of the Strasbourg newsprint mill, sold the mill to the Klingele Group (Germany) and the VPK Packaging Group (Belgium), who converted the magazine paper mill into one of the biggest plants for the production of corrugating base paper in Europe. The 150 Blue Paper employees can produce over 400,000 tons of corrugating base paper per year.

For further information, please contact:

Etienne Guyon, Sales Manager France and North Africa, Valmet, Automation Business Line Tel: + 33 6 88 06 49 05

Valmet is the leading global developer and supplier of process technologies, automation and services for the pulp, paper and energy industries. We aim to become the global champion in serving our customers.

Valmet's strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bioenergy production. Our advanced services and automation solutions improve the reliability and performance of our customers' processes and enhance the effective utilization of raw materials and energy.  

Valmet's net sales in 2016 were approximately EUR 2.9 billion. Our 12,000 professionals around the world work close to our customers and are committed to moving our customers' performance forward - every day. Valmet's head office is in Espoo, Finland and its shares are listed on the Nasdaq Helsinki.

BASF celebrated the opening of a new state-of-the-art production plant for biocatalyzed acrylamide at its site in Nanjing Chemical Industrial Park, Nanjing, China.

With this investment in its wholly-owned BioACM plant in Nanjing, BASF is strengthening its production set-up for reliable and high-quality supply of polyacrylamide to customers in Asia Pacific, especially in China. The plant has a capacity of more than 50,000 tons of biocatalyzed acrylamide per year.

  • Efficient, environmentally friendly production at BASF’s first biocatalyzed acrylamide (BioACM) plant in Asia Pacific
  • Focus on reliable and high-quality supply with capacity of more than 50,000 tons per year

Acrylamide is used in the production of water-soluble flocculation aids that make wastewater treatment and papermaking, as well as mineral processing and enhanced oil recovery, more efficient and less resource-intensive. This new plant further strengthens BASF’s position in the region and will help expand cost-competitive supply to meet the growing demand of these water-intensive industries.

BASF has been producing biocatalyzed acrylamide in Suffolk, USA, since 2014 and started operations at its European BioACM plant in Bradford, England, in 2016. With this successful start-up in China, BASF now has three state-of-the-art production facilities located in key markets worldwide.

2017 10 31 091945BASF inaugurates enzyme-based production plant for biocatalyzed acrylamide in Nanjing, China

“The completion of the BioACM plant in Nanjing is an important milestone. The construction of a new polyacrylamide production line is currently underway and is expected to go on stream in 2018. With investments into upstream and downstream plants, we continue to strengthen our position as a leading partner for the paper and water treatment industries,” explained Andreas Tuerk, Senior Vice President Paper and Water Chemicals from BASF.

The enzyme-based biocatalytic production method results in less waste than conventional high-pressure, energy-intensive copper catalysis. The process takes place at room temperature and under normal atmospheric conditions, resulting in energy savings and greater environmental compatibility. It also generates fewer by-products.

“The BioACM plant at Nanjing is built according to BASF’s high global standards of safety and environmental protection. BASF provides training to employees and safety experts to ensure the same high safety standards as in all other production facilities,” said Bradley Morrison, Senior Vice President, Operations and Site Management Greater China.

For more information, see https://www.basf.com/bioacrylamide

About BASF Paper and Water Chemicals
BASF offers a comprehensive and customer-centric range of chemicals for the paper and water industry. Our paper chemicals portfolio comprises dry strength agents, fixing agents, retention and drainage aids, deaerators, flocculants and coagulants for water management. Furthermore, we offer basic dyes, direct dyes, sizing agents, pigment preparations, wet strength agents and color developers for thermal paper. The water chemicals portfolio includes products used in the key processes of industrial and municipal water treatment. We are a leading supplier of chemicals to purify the raw water used for the production of drinking water, to treat waste water stream and industrial process water, to protect cooling towers, boilers and desalination plants. We are fully committed to the future topic water. Further information can be found at:  www.basf.com/paper and  www.basf.com/water

About BASF
At BASF, we create chemistry for a sustainable future. We combine economic success with environmental protection and social responsibility. The approximately 114,000 employees in the BASF Group work on contributing to the success of our customers in nearly all sectors and almost every country in the world. Our portfolio is organized into five segments: Chemicals, Performance Products, Functional Materials & Solutions, Agricultural Solutions and Oil & Gas. BASF generated sales of about €58 billion in 2016. BASF shares are traded on the stock exchanges in Frankfurt (BAS), London (BFA) and Zurich (BAS). Further information at  www.basf.com