The following chart sets out our directly and indirectly owned principal operating subsidiaries, their jurisdictions of organization, their principal activities and their principal activities:

We acquired our initialcommenced pulp and paper operations in 1993. Subsequently, we disposedwith the acquisition of our paper operations to focus our business on our core pulp operations.

In September 2004, we completed construction of the Stendal mill at an aggregate cost of approximately €1.0 billion. The Stendal mill is one of the largest NBSK pulp mills in Europe. The Stendal mill was financed through a combination of government grants totaling approximately €275.0 million, low-cost, long-term project debt which is largely severally guaranteed by the federal government and a state government in Germany, and equity contributions.

We initially hadcurrently have a 63.6%74.9% ownership interest in StendalStendal. We, and over time, increased our interest to 74.9%.

In 2012, our Stendal mill commenced an approximate €40.0 million project, referred to as “Project Blue Mill”, which is designed to increase production and efficiency through debottlenecking initiatives including the installation of an additional 40 MW steam turbine at our Stendal mill. The debottlenecking which, among other things, requires the new turbine in order to enhance and efficiently utilize steam production, is designed to increase the mill’s annual pulp production capacity by 30,000 ADMTs. The new turbine is also expected to

initially produce an additional 109,000 MWh of surplus renewable energy for sale at premium pricing. Project Blue Mill is currently expected to be completed and start to generate power resources in or about September 2013.

A significant portion of the capital investments at our German mills, including the construction of the Stendal mill, were financed through government grants. Since 1999, our German mills have benefited from an aggregate €384.7€386.3 million in government grants. These grants reduce the cost basis of the assets purchased when the grants are received and are not reported in our income.

In February 2005, we acquired the Celgar mill for $210.0 million of which $170.0 million was paid in cash and $40.0 million was paid in our shares, plus $16.0 million for the defined working capital of the mill. The Celgar mill was completely rebuilt in the early 1990s through a C$850.0 million modernization and expansion project, which transformed it into a modern and competitive producer.

Our competitive strengths include the following:

Our corporate strategy is to create shareholder value by focusing on the expansion of our asset and earnings base.base through organic growth and acquisitions, primarily in Europe and North America. We pursue organic growth through active management and targeted capital expenditures to generate a high return by increasing pulp and energy production, reducing costs and improving efficiency. We seek to acquire interests in companies and assets in the pulp industry and related businesses where we can leverage our experience and expertise in adding value through a focused management approach. Key features of our strategy include:

Pulp prices are highly cyclical. In general, kraft pulp is a globally traded commodity. Pricing and demand are influenced by the balance between supply and demand, as affected by global macroeconomic conditions, changes in consumption and capacity, the level of customer and producer inventories and fluctuations in exchange rates. As Northern Europe has historically been the world’s largest market and NBSK is the premium grade, the European NBSK market pricing is generally used as a benchmark price by the industry.

The average annual European list prices for NBSK pulp since 2000 have ranged from a low of approximately $447 per ADMT to a high of $1,030 per ADMT.

The following chart sets out the changes in list prices for NBSK pulp in Europe, as stated in U.S. dollars, Canadian dollars and Euros for the periods indicated:

Source: RISI pricing report.

In 2006, pulp prices increased steadily from approximately $600 per ADMT in Europe to $870 per ADMT at the end of 2007. These price increases resulted from increased demand and the closure of several pulp mills, particularly in North America, which reduced NBSK capacity. In the second half of 2008, list prices for NBSK pulp decreased markedly due to weak global economic conditions. As a result, list prices for NBSK pulp in Europe decreased from $900 per ADMT in mid-2008 to $635 per ADMT at the end of the year. Such pulp price weakness continued into early 2009, though commencing in mid-2009, pulp markets began to strengthen which led to improved prices. Strong demand from China, capacity closures and historically low global inventories for bleached softwood kraft pulp helped support upward price momentum. During the second half of 2009, several price increases raised European list prices by a total of $170 per ADMT to $800 per ADMT by year end. Such price increases were partially offset by the continued weakening of the U.S. dollar versus the Euro and Canadian dollar during the period.

In 2010, several increases lifted prices to record levels in the middle of the year and at the end of 2010 list prices were near historic highs of $950, $960 and $840 per ADMT in Europe, North America and China, respectively. Pulp prices remained strong in 2011, reaching record levels of $1,030 per ADMT in Europe and $1,035 and $920 per ADMT in North America and China, respectively. However, uncertainty concerning the economic situation in Europe, along with credit tightening in China in the last part of the year, caused pulp prices to drop to $825 per ADMT in Europe and $890 and $670 per ADMT in North America and China, respectively, by the end of the year. Economic uncertainty in Europe and China continued to dampen demand and NBSK pulp prices, which remained generally weak in 2012. Year-end list prices were approximately $810, $870 and $655 per ADMT in Europe, North America and China, respectively.

A producer’s net sales realizations are list prices, net of customer discounts, commissions and other selling concessions. While there are differences between NBSK list prices in Europe, North America and Asia, European prices are generally regarded as the global benchmark and pricing in other regions tends to follow European trends. The nature of the pricing structure in Asia is different in that, while quoted list prices tend to be lower than Europe, customer discounts and commissions tend to be lower resulting in net sales realizations that are generally similar to other markets.

The majority of market NBSK pulp is produced and sold by Canadian and Northern European producers, while the price of NBSK pulp is generally quoted in U.S. dollars. As a result, NBSK pricing is affected by fluctuations in the currency exchange rates for the U.S. dollar versus the Canadian dollar, the Euro and local currencies. NBSK pulp price increases during 2006, 2007 and the first half of 2008 were in large part offset by the weakening of the U.S. dollar. Similarly, the strengthening of the U.S. dollar against the Canadian dollar and the Euro towards the end of 2008 helped partially offset pulp price decreases caused by the deterioration in global economic conditions. The overall strengthening of the U.S. dollar against the Euro in 2010, and in particular in the first half of 2010, improved the operating margins of our German mills. Although the U.S. dollar weakened against the Euro for most of 2011, it strengthened at the end of 2011. Overall, the U.S. dollar was 8% stronger against the Euro in 2012 compared to 2011, partially offsetting pulp price decreases in 2012.

The global supply and demand balance for NBSK pulp is a key determinant in pulp pricing. The following chart sets forth changes in FOEX PIX index prices for NBSK pulp and global bleached softwood kraft inventory levels between 2003 to 2012:

Source: Factset FOEX PIX Pulp NBSK (prices) PPPC (inventories).

Competition

Pulp markets are large and highly competitive. Producers ranging from small independent manufacturers to large integrated companies produce pulp worldwide. Our pulp and customer services compete with similar products manufactured and distributed by others. While many factors influence our competitive position, particularly in weak economic times, a key factor is price. Other factors include service, quality and convenience of location. Some of our competitors are larger than we are in certain markets and have substantially greater financial resources. These resources may afford those competitors more purchasing power, increased financial flexibility, more capital resources for expansion and improvement and enable them to compete more effectively. Our key NBSK pulp competitors are principally located in Northern Europe and Canada.

The following diagram provides a simplified description of the kraft pulp manufacturing process at our pulp mills:

In order to transform wood chips into kraft pulp, wood chips undergo a multi-step process involving the following principal stages: chip screening, digesting, pulp washing, screening, bleaching and drying.

In the initial processing stage, wood chips are screened to remove oversized chips and sawdust and are conveyed to a pressurized digester where they are heated and cooked with chemicals. This occurs in a continuous process at the Celgar and Rosenthal mills and in a batch process at the Stendal mill. This process softens and eventually dissolves the phenolic material called lignin that binds the fibers to each other in the wood.

Cooked pulp flows out of the digester and is washed and screened to remove most of the residual spent chemicals called black liquor, and partially cooked wood chips. The pulp then undergoes a series of bleaching stages where the brightness of the pulp is gradually increased. Finally, the bleached pulp is sent to the pulp machine where it is dried to achieve a dryness level of more than 90%. The pulp is then ready to be baled for shipment to customers.

A significant feature of kraft pulping technology is the recovery system, whereby chemicals used in the cooking process are captured and extracted for re-use, which reduces chemical costs and improves environmental performance. During the cooking stage, dissolved organic wood materials and used chemicals, collectively known as black liquor, are extracted from the digester. After undergoing an evaporation process, black liquor is burned in a recovery boiler. The chemical compounds of the black liquor are collected from the recovery boiler and are reconstituted into cooking chemicals used in the digesting stage through additional processing in the recausticizing plant.

The heat produced by the recovery boiler is used to generate high-pressure steam. Additional steam is generated by a power boiler through the combustion of biomass consisting of bark and other wood residuesresiduals from sawmills and our woodrooms and residue generated by the effluent treatment system. Additionally, during times of

We manufacture and sell NBSK pulp produced from wood chipswoodchips and pulp logs.logs at our three mills.

The following table sets out our pulp production capacity and actual production by mill for the periods indicated:

Kraft pulp is valued for its reinforcing role in mechanical printing papers and is sought after by producers of paper for the publishing industry, primarily for magazines and advertising materials. Kraft pulp is also an important ingredient for tissue manufacturing, and tissue demand tends to increase with living standards in developing countries. Kraft pulp produced for reinforcement fibers is considered the highest grade of kraft pulp and generally obtains the highest price. The Rosenthal mill produces pulp for reinforcement fibers to the specifications of certain of our customers. We believe that a number of our customers consider us their supplier of choice.

Stendal Mill.The Stendal mill is situated on a 200 acre site owned by Stendal that is part of a larger 1,250 acre industrial park near the town of Stendal in the state of Saxony-Anhalt, approximately 300 kilometers north of the Rosenthal mill and 130 kilometers west of Berlin. The mill is adjacent to the Elbe river and has access to harbor facilities for water transportation. The mill is a single line mill with a current annual design production capacity of approximately 650,000 ADMTs of kraft pulp. The Stendal mill is self-sufficient in steam and electrical power. Some excess electrical power which is constantly being generated is sold to the regional power grid. The facilities at the mill include:

The kraft pulp produced at the Stendal mill is of a slightly different grade than the pulp produced at the Rosenthal mill as the mix of softwood fiber used is slightly different. This results in a complementary product more suitable for different end uses. The Stendal mill is capable of producing both totally chlorine free and elemental chlorine free pulp.

Celgar Mill.The Celgar mill is situated on a 400 acre site near the city of Castlegar, British Columbia. The mill is located on the south bank of the Columbia River, approximately 600 kilometers east of the port city of Vancouver, British Columbia, and approximately 32 kilometers north of the Canada-U.S. border. The city of Seattle, Washington is approximately 650 kilometers southwest of Castlegar. It is a single line mill with a current annual production capacity of approximately 520,000 ADMTs of kraft pulp. Internal power generating capacity resulting from the completion of the Celgar Energy Project in 2010 enables the Celgar mill to be self-sufficient in electrical power and to sell surplus electricity. The facilities at the Celgar mill include:

The Celgar mill produces high-quality kraft pulp that is made from a unique blend of slow growing/long-fiber Western Canadian tree species. It is used in the manufacture of high-quality paper and tissue products. We believe the Celgar mill’s pulp is known for its excellent product characteristics, including tensile strength, wet strength and brightness. The Celgar mill is a long-established supplier to paper and tissue producers in Asia.

Since 2005, our German mills have also benefited from the sale of emission allowances under the European Union Carbon Emissions Trading Scheme, referred to as “EU ETS”. However, our eligibility for special tariffs under the Renewable Energy Act has reduced the amount of emissions allowances granted to our German mills under the EU ETS.

In mid-2008September 2010, we commencedcompleted the Celgar Energy Project at the Celgar mill to increase and optimize the mill’s production of “green” energy and optimize its power generation capacity.energy. The project included the installation of a 48 MW condensing turbine, which brought the mill’s installed generating capacity up to 100 MW, and upgrades to the mill’s bark boiler and steam consuming facilities. In January 2009 theThe Celgar mill finalized thehas an Electricity Purchase Agreement with B.C.British Columbia Hydro and

Power Authority, referred to as “B.C. Hydro”, for the sale of power generated from the Celgar Energy Project.such project. Under the Electricity Purchase Agreement, the Celgar mill is setagreed to supply a minimum of approximately 238,000 MWh of surplus electrical energy annually to the utility over a ten-year term.

In 2012, fiber prices in Germany decreased by approximately 10%, mainly due to reduced demand for fiber from the European particle board industry and other regional residual fiber users and the start of a recovery in lumber markets.

We believe we are the largest consumer of wood chips and pulp logs in Germany and often provide the best long-term economic outlet for the sale of wood chips in Eastern Germany. We coordinate the wood procurement activities for our German mills to reduce overall personnel and administrative costs, provide greater purchasing power and coordinate buying and trading activities. This coordination and integration of fiber flows also allows us to optimize transportation costs, and the species and fiber mix for both mills.

In 2010,2012, the Rosenthal mill consumed approximately 1.7 million cubic meters of fiber. Approximately 65%63% of such consumption was in the form of sawmill wood chips and approximately 35%37% was in the form of pulp logs. The wood chips for the Rosenthal mill are sourced from approximately 2927 sawmills located primarily in the states of Bavaria, Baden-Württemberg and Thüringia and are within a 300 kilometer radius of the Rosenthal mill. Within this radius, the Rosenthal mill is the largest consumer of wood chips. Given its location and size, the Rosenthal mill is often the best economic outlet for the sale of wood chips in the area. Approximately 74%75% of the fiber consumed by the Rosenthal mill is spruce and the remainder is pine. While fiber costs and supply are subject to cyclical changes largely in the sawmill industry, we expect that we will be able to continue to obtain an adequate supply of fiber on reasonably satisfactory terms for the Rosenthal mill due to its location and our long-term relationships with suppliers. We have not historically experienced any significant fiber supply interruptions at the Rosenthal mill.

Wood chips for the Rosenthal mill are normally sourced from sawmills under one year or quarterly supply contracts with fixed volumes, which providequarterly adjustments for price adjustments.market pricing. Substantially all of our chip supply is sourced from suppliers with which we have a long-standing relationship. We generally enter into annual contracts with such suppliers. Pulp logs are sourced from the state forest agencies in Thüringia, Saxony and Bavaria on a contract basis and partly from private holders on the same basis as wood chips. Like the wood chip supply arrangements, these contracts tend to be of less thanfor one-year terms with quarterly adjustments for market pricing. We organize the harvestingtransportation of pulp logs sourced from the state agencies in Thüringia, Saxony and Bavaria after discussions with the agencies regarding the quantities of pulp logs that we require.

In 2010,2012, the Stendal mill consumed approximately 3.13.3 million cubic meters of fiber. Approximately 19%24% of such fiber was in the form of sawmill wood chips and approximately 81%76% in the form of pulp logs. The core wood supply region for the Stendal mill includes most of the Northern part of Germany within an approximate 300 kilometer radius of the mill. We also purchase wood chips from Southwestern and Southern Germany. The fiber base in the wood supply area for the Stendal mill consisted of approximately 66% pine and 34% spruce and other species in 2010.2012. The Stendal mill has sufficient chipping capacity to fully operate solely using pulp logs, if required. We source pulp logs partly from private forest holders and partly from state forest agencies in Thüringia, Saxony-Anhalt, Mecklenburg-Western Pomerania, Saxony, Lower Saxony, North Rhine-Westphalia, Hesse and Brandenburg.

In 2010,2012, the Celgar mill consumed approximately 2.72.6 million cubic meters of fiber. Approximately 61%69% of such fiber was in the form of sawmill wood chips and the remaining 39%31% came from pulp logs processed through its woodroom or chipped by a third party. The source of fiber at the mill is characterized by a mixture of species (whitewoods and cedar) and the mill sources fiber from a number of Canadian and U.S. suppliers.

Our labor costs are generally steady, with small overall increases due to inflation in wages and health care costs. Over the last three years, we have been able to largely offset such increases by increasing our efficiencies and production and streamlining operations.

Energy

Our energy is primarily generated from renewable carbon neutral sources, such as black liquor and wood waste. Our mills produce all of our steam requirements and generally generate excess energy which we sell to third party utilities. In 2010,2012, we generated 1,444,0651,704,058 MWh and we sold 520,005710,241 MWh of surplus energy. See also “—Generation and Sales of ‘Green’ Energy and Chemicals at our Mills”. We utilize fossil fuels, such as natural gas, in limited circumstances includingprimarily in our lime kilns and we use a limited amount forstart-up and shutdown operations. Additionally, from time to time, mill process disruptions occur and we consume small quantities of purchased electricity and fossil fuels to maintain operations. As a result, all of our mills are subject to fluctuations in the prices for fossil fuels.

Our mills use certain chemicals which are generally available from several suppliers and sourcing is primarily based upon pricing and location. Although chemical prices have risen slightly over the last three years, we have been able to partially reduce our costs through improved efficiencies and capital expenditures.