Fertilizer Resources | Research, Data & Industry Insights

November 5, 1984

The Present Situation of the Chemical Fertilizer Industry in China and its Future

October 5, 1982

Evaluation of Complex Fertilizer Manufacture Based on Systematic Energy Accounting

October 5, 1982

Optimizing Use of Energy in the Production of Granular Ammonium Phosphate Fertilizer

October 5, 1982

The NSM Process for Granular Ammonium Nitrate

October 5, 1982

Fisons Hemihydrate Process – A Decade of Energy Saving

October 5, 1982

Process and Equipment Developed to Meet the Challengeto Put to the Phosphate Industry by High Energy Cost and Varying Quality of the Raw Materials

October 5, 1982

Experiences in Phosphoric Acid Production, with the New Siilinjõrvi Rock Concentrate

October 5, 1982

Artificial Association on Non-Legumes with Dinitrogen-Fixing Bacteria and their Possible Impact on Fertilizer Use

October 5, 1982

Energy Consumption in North American Fertilizer Plants and Potential Savings

October 5, 1982

Optimization of the Use of Energy in Factories for the Manufacture of Fertilizers with the Aid of Data Processing – S.I.C.N.G. Case Study

October 5, 1982

Control of Effluents from Fertilizer Plants

October 5, 1982

Revamping and Energy Cost Reduction Obtained in One of Montedison’s Investment Cost

October 5, 1982

Savings on Energy in Granulation of Fertilizers by a New Method of Using Pipe Reactors

October 5, 1982

Uranium Recovery in a Hemi-Hydrate Process of Concentrated Acid Production

October 5, 1982

Probable Impacts of Biological Nitrogen Fixation on Fertilizer Use

October 5, 1982

The ‘Adelaide Process’ for the Granulation of Water Soluble Salts

October 5, 1982

Optimizing Energy Consumption and Production Recovery in the World’s Largest Single Train Phosphoric Acid Plant

October 5, 1982

Energy Savings with the Jacobs-Dorrco Phosphoric Acid Process

October 5, 1982

Improved Energy Recovery on a Sulphuric Acid Plant

October 5, 1982

The Production of Phosphoric Acid from Phosphate Slimes with High Chlorine Content

November 11, 1980

Effect of Impurities in Wet-Process Phosphoric Acids on DAP Grades

November 11, 1980

Use of Chemical and Physical Data to Improve the Quality of Granular Fertilizer Production

November 11, 1980

Factors Governing the Rate of Corrosion of Stainless Steels during the Production of Wet Process Phosphoric Acid

November 11, 1980

Fluorine Emission Control of the New UKF-NPK Plant at Pernis, The Netherlands

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The Present Situation of the Chemical Fertilizer Industry in China and its Future

Evaluation of Complex Fertilizer Manufacture Based on Systematic Energy Accounting

Optimizing Use of Energy in the Production of Granular Ammonium Phosphate Fertilizer

The NSM Process for Granular Ammonium Nitrate

Fisons Hemihydrate Process – A Decade of Energy Saving

Process and Equipment Developed to Meet the Challengeto Put to the Phosphate Industry by High Energy Cost and Varying Quality of the Raw Materials

Experiences in Phosphoric Acid Production, with the New Siilinjõrvi Rock Concentrate

Artificial Association on Non-Legumes with Dinitrogen-Fixing Bacteria and their Possible Impact on Fertilizer Use

Energy Consumption in North American Fertilizer Plants and Potential Savings

Optimization of the Use of Energy in Factories for the Manufacture of Fertilizers with the Aid of Data Processing – S.I.C.N.G. Case Study

Control of Effluents from Fertilizer Plants

Revamping and Energy Cost Reduction Obtained in One of Montedison’s Investment Cost

Savings on Energy in Granulation of Fertilizers by a New Method of Using Pipe Reactors

Uranium Recovery in a Hemi-Hydrate Process of Concentrated Acid Production

Probable Impacts of Biological Nitrogen Fixation on Fertilizer Use

The ‘Adelaide Process’ for the Granulation of Water Soluble Salts

Optimizing Energy Consumption and Production Recovery in the World’s Largest Single Train Phosphoric Acid Plant

Energy Savings with the Jacobs-Dorrco Phosphoric Acid Process

Improved Energy Recovery on a Sulphuric Acid Plant

The Production of Phosphoric Acid from Phosphate Slimes with High Chlorine Content

Effect of Impurities in Wet-Process Phosphoric Acids on DAP Grades

Use of Chemical and Physical Data to Improve the Quality of Granular Fertilizer Production

Factors Governing the Rate of Corrosion of Stainless Steels during the Production of Wet Process Phosphoric Acid

Fluorine Emission Control of the New UKF-NPK Plant at Pernis, The Netherlands

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