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Pulp and Paper

Gases, equipment and expertise for all phases of pulp and paper production

Industrial gases such as oxygen, nitrogen, and carbon dioxide are used in a variety of operations throughout the pulp and paper production process, from delignification and chemical recovery to inerting, pH control and wastewater treatment. These gases offer a range of benefits, including reduced operating costs and emissions, minimization of chemicals consumption, odor control, productivity increase, and fuel savings. Air Products has the experience needed to implement these gases efficiently to provide the optimal combination of benefits and cost savings.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

ap0028-oxygen2
Lime Kiln Enrichment

Oxygen enrichment of the lime kiln is a proven technique to achieve a number of benefits for captive lime production in a paper mill. These benefits include: production increases of up to 20%, fuel savings, reduced need for make up CaO, reduced sulfur compound emissions (TRS), and improved operational flexibility and kiln stability.  Increased kiln thruputs allow more lime to be recovered and less waste sent to landfills. The economics of lime kiln enrichment can have very short paybacks.

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