Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

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paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5

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EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

er

paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5Ab

itibi

-Con

solid

ated

inc.

EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

er

paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5

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EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

er

paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5

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EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

er

paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5

Abiti

bi-C

onso

lidat

ed in

c.

EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

Depending on the finish desired(our mills make several dozentypes of paper), the sheet passesbetween heated rolls (calenders)that compress the surface andmake it smoother. Special clays canalso be added to improve sheetproperties (surface finish, printingquality, etc.). During reeling, eachcharacteristic is checked electroni-cally: moisture content, smooth-ness, density, colour, opacity, burstresistance, etc. The results of thesetests are sent by computer to thecontrol station, where adjustmentsare made.

The history of paper is one of the world's most remarkable developments ever.It was discovered by the Chinese more than 2000 years ago. For a long time,paper was made from hemp, flax and then cotton fibres. Increased consumptionled to a search for new raw materials. In 1840, a German by the name of Kellercame up with the idea of pressing wood against a moistened grindstone toextract the fibre. Wood pulp was born. Papermaking technology has madegreat strides since that time, especially in the last 20 years. That being said, the five major steps in papermaking have remained unchanged.

Pulping Forming the sheet Surface finishingBleaching

Fibre supply

Indispensable, multipurpose and recyclable!

Smur

fit-S

tone

Fond

s FSK

Pât

e

Smur

fit-S

tone

Krug

er

paper5 stepsIts making in

2 Wood is principally made up of cellulosefibres stuck together by a substancecalled lignin. Fibre from spruce, whichis found in many parts of Quebec, isrecognized as being the best in theworld for paper making. To transformwood into pulp, these fibres must beseparated.

Mechanical pulp is obtained by pressingdebarked logs against wet grindstones.The process is made more efficient byfirst grinding the chips in the refiners.Quite often steam plays a role in thisdefibration. The final product is calledthermomechanical pulp. When reac-tants are added to initiate the separa-tion of lignin and cellulose, the resultis chemithermomechanical pulp.These different types of mechanicalpulps are suitable for makingnewsprint.

To prepare chemical pulp (the bestknown is called “Kraft,” which means“strength” in German), chips arecooked under high pressure in hugepressure cookers (called digesters)into which chemicals have beenpoured. The combined action of theseproducts and the heat dissolves thelignin and frees the wood’s long fibres,but without breaking them. Papersmade from chemical pulp providestrength and are used to make grocerybags, for example.

Recovered paper and cardboard usedin the preparation of recycled pulp aresent through huge repulpers (breakers)for disintegration, then mixed withwater. Contaminants (plastic, glass,metal, polystyrene, etc.) are removedfrom this mix using screens and acleaner. If need be, the pulp obtainedis then deinked through the combinedaction of water, chemical products,heat and mechanical energy. Recycledpulp is often used to make cardboard,newsprint, and industrial and domes-tic tissue products (toilet paper, papertowels, facial tissues, napkins, etc.).

3 To make certain types of paper andcardboard, pulp must be bleached.The products used help to dissolveor eliminate more of the lignin, thenatural adhesive that binds woodfibres. The product obtained is notonly white, but also less likely toyellow over time. Intensive researchand significant investment haveenabled the industry to consider-ably reduce the environmentalimpact of bleaching.

4 The pulp entering the headbox isgenerally 97% water. It is sprayedonto a conveying wire (i.e., a kindof long screen in the form of acontinuous loop). Its filteringaction, combined with a suctionsystem, makes it possible to extractmost of the water in the pulp andform a sheet. Pressing this betweenrollers removes more water. Thesheet then passes into the dryingsection where, on contact withhuge cylinders generally heatedwith steam, most of the remainingwater is evaporated. Nowadays,infrared drying, air flotation dryingand microwave drying are theleading-edge technologies formaking the water content of thesheet uniform. 1 Precious commodity that it is, wood is

used primarily to produce constructionmaterials. Paper and cardboard areincreasingly made from sawmill by-products (chips, sawdust and shavings)and recycled paper and cardboard.Roundwood harvested from the forestis now only a minor source of fibresupply for the paper industry.Whenever logs are still used in theprocess, they are debarked after arrivingat the mill. The bark is recovered andused as a fuel for producing steamand, occasionally, electricity.

5

Abiti

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onso

lidat

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c.

EnvironmentFor more than 20 years, paper manufacturers have beeninvesting enormous amounts of capital in modernizingtheir processes and in promoting the recovery, reuse,recycling and reclamation of water, energy and fibre.These efforts have considerably reduced dischargesinto the environment. Furthermore, wastes, discharges,and emissions are all subject to rigorous environmentalprotection standards.

www.qfic.qc.ca • info@qfic.qc.ca Smur

fit-S

tone

30% post-consommation2005 Edition

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V

This word search deals with products derived from paper.Included in the list below are 28 such products. Once you have found all the words in the grid and crossed out the letters, 12 letters will remain. Placed side by side, these letters form two words, thus solving the puzzle. Naturally, the solution isanother paper product.

Words in the grid can be crossed off horizontally or vertically,top to bottom, bottom to top, left to right, or right to left.

BagBlotting paperBookletBoxCalendarCardboardCheckCoffee filterDiaperDictionaryEgg crateEnvelopeMagazineMatches

NewspaperPaper cupPaper towelPhone bookPhotoPlacematPlatePostcardSignSilk paperStampStrawTableclothToilet paper

M E P T E R B T U B H N S D E

A N A A N E S O R A T E I R T

T V P M I P I I E G O W L A A

C E E E Z A P L T D L S K C R

H L R C A P H E L R C P P T C

E O C A G G O T I A E A A S G

S P U L A N N P F O L P P O G

R E P P M I E A E B B E E P E

A S O K S T B P E D A R R D B

D T T C T T O E F R T N P I O

N R O E A O O R F A N G L A O

E A H H M L K E O C S I A P K

L W P C P B S C C A R S T E L

A D D I C T I O N A R Y E R E

C B O X P A P E R T O W E L T

1 Word Search

Games

2 The Paper Scramble

3 Action in the Air

4More Paper, Less Water

5 6 Maze Phrase

1

2

3

4

5

6

7

8

Decoded word:

7

The letters of eight words related to the paper industry havebeen scrambled. Example: RPEPA=PAPER.

Unscramble these eight words and create a ninth with thenumbered boxes.

ERTE

SHGANSIV

RAODADCRB

RIETBM

LPUP

EPCSUR

NYEGER

ROSFTE

314

586

1 2 3 4 5 6 7 8

S

In order to decipher the message hidden in the grid below, you must circleall the letters located between two vowels or between two consonants.Once this is done, bring all the circled letters together and separate thewords at the right place so that the message becomes as clear as water.

Quebec's pulp and paper industry has played its part in dealing with the potential effects ofgreenhouse gases. The coded grid below contains a sentence that describes one of the positiveresults of actions taken by the industry.

Almost every letter has been replaced by a corresponding number. In order to help you decipherthe message, the key to the code for some letters is revealed below:

To decipher the message, you must replace the following numbers in themain grid: 1 by G; 2 by R; 3 by E; etc. Afterwards, deduction will allowyou to find all the missing letters. You will then be able to read the sen-tence line by line from left to right. Blank spaces mark the separationbetween words.

G R E E N H O U S E G A S E S

1 2 3 3 4 5 6 7 8 3 1 9 8 3 8

11 9 11 3 2 16 12 L L 8 12

4 Q 7 3 B 3 13 5 9 V 3

2 3 14 7 13 3 14 15 5 3 12 2

1 2 3 3 4 5 6 7 8 3 1 9

8 3 16 12 8 8 12 6 4 8 B

Y 1 5 11 3 2 13 3 4 15

8 12 4 13 3 1 9 9 0

As a general rule, most kinds of paper or cardboard are recyclableaside from those covered in a plastic substance. In case of doubt, callyour local recycling service to find out what you can recycle.

In order to test your awareness of recycling, let us see whether youcan recuperate the numbers to create letters and, consequently, buildstatements that have a link with recycling. Every number correspondsto a letter on the dial pad. However, there are three letters to everynumber. Consequently, 4 can translate as either G, H, or I. You mustchoose the right letter. In order to facilitate deciphering, we have indi-cated the necessary punctuation signs, dashes, apostrophes, as well asthe letter Q, which does not appear on the phone keys.

7 2 7 3 7 2 2 6 2 3 7 3 2 9 2 5 3 3 8 7 8 6 7 3 8 3 6

8 4 6 3 7.

4 6 2 2 6 2 3 2 , 6 6 5 9 2 8 4 4 7 3 6 3 8 4 3

7 2 7 3 7 2 6 6 7 8 6 3 3 4 7 7 3 2 9 2 5 3 3 ; 4 6

7 3 8 3 7 2 5 2 6 8 6 8 7 4 3 7 , 5 4 5 3 5 2 7 2 6 , 6 3 2 7 5 9

8 9 6 - 8 4 4 7 3 7 6 3 8 4 3 7 2 7 3 7 4 7 7 3 2 9 2 5 3 3 .

Q 8 3 2 3 2 4 6 7 6 7 8 7 6 8 3 7 4 2 5 3 8 4 3 7 2 7 3 7

4 8 7 3 2 9 2 5 3 7 3 7 6 6 8 4 3 8 6 4 8 3 3 7 8 2 8 3 7.

Complete the following maze phrase:

C O G E N E R AT I O N I S …

The following rules must be followed:

You must use all 70 letters of the grid to complete the mazephrase.

To find the words that will continue the maze phrase, you mustmove right to left, left to right, top to bottom, bottom to top, butnever diagonally.

When you have successfully connected all the letters in themaze, you will then need to separate them correctly to find thewords of the maze phrase.

The start and finish points, as well as the two first words of themaze phrase are indicated below. Now it's your turn to play!

T I L F O R C

I V A C O F E

T E T I R E P

E C E G T H U

P H N O D N L

M O O L P A P

A C N E A P E

S I E G T S R

O N R O R U I

I T A C Y D N

➔

Time for Recycling

Solution (game 3):Paper mills in Quebec have reduced their greenhouse gas emissions by 15 percent since 1990.Solution (game 4):Paper mills have reduced their consumption of water while increasing production of paper.

Solution:1- Paper can be recycled up to seven times.2- In Canada, only a third of the paper consumed is recycled; in several countries, like Japan, nearly two-thirds of the paper is recycled.3- Quebec imports over half the paper it recycles from the United States.

Solution:Cogeneration is a competitive technological force for the pulp and paper industry

➔

Start Finish

bmla ecrSolution:business card Solution: 1-tree 2-shavings 3-cardboard 4-timber 5-pulp 6-spruce 7-energy 8-forest

The ninth word is industry

2

O P A P E R I O M I L A E L E O S U E H I

I R K A V E F R G E D U C E D A I T U A K

M E U H E K Z I R U O C O N I E S U M I O

V P T J I P N O N O F E I W A T E R A E F

Q A E W I U H I L E K P I N O O C E U R E

A K S E W P A S I N E O G E I P E U R O P

K E I D U C O E T I K T O N O F E A P A L

M E A P E P Q A E R E A H R A O H M I A V