Fire coal energy saving and emission reduction synergist
A technology of energy saving, emission reduction and synergist, which is applied in the field of coal additives, can solve the problems of low sulfur fixation efficiency, unsatisfactory effect, and easy decomposition of sulfur fixation products, so as to improve the sulfur fixation effect, reduce emissions and fully react Effect
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Embodiment 1
[0020] A coal-fired energy-saving emission reduction synergist, comprising the following raw materials in parts by weight: 6kg of yttrium oxide, 3kg of magnesium hydroxide, 3kg of manganese dioxide, 8kg of ferric oxide, 11kg of ferrous oxide, 2kg of sodium carbonate, and 4kg of potassium nitrate , sulfonated lignin 4kg, ammonium bicarbonate 4kg, potassium carbonate 6kg, urea 3kg, diatomaceous earth 6kg, activated alumina 2kg.
Embodiment 2
[0022] A coal-fired energy-saving emission reduction synergist, comprising the following raw materials in parts by weight: 2kg of yttrium oxide, 5kg of magnesium hydroxide, 5kg of manganese dioxide, 5kg of ferric oxide, 13kg of ferrous oxide, 3kg of sodium carbonate, and 2kg of potassium nitrate , sulfonated lignin 5kg, ammonium bicarbonate 5kg, potassium carbonate 5kg, urea 5kg, diatomaceous earth 8kg, activated alumina 1kg.
Embodiment 3
[0024] A coal-fired energy-saving emission reduction synergist, comprising the following raw materials in parts by weight: 8kg of yttrium oxide, 1kg of magnesium hydroxide, 1kg of manganese dioxide, 10kg of ferric oxide, 10kg of ferrous oxide, 1kg of sodium carbonate, and 6kg of potassium nitrate , sulfonated lignin 1kg, ammonium bicarbonate 1kg, potassium carbonate 10kg, urea 1kg, diatomaceous earth 5kg, activated alumina 2kg.
[0025] The method for preparing the synergist sample of Example 1-3 is: mixing yttrium oxide, magnesium hydroxide, manganese dioxide, ferric oxide, ferrous oxide, sodium carbonate, potassium nitrate, then adding sulfonated lignin and After ammonium bicarbonate is mixed for 20 minutes, potassium carbonate, urea, diatomaceous earth and activated alumina are added, and after uniform mixing, it is pulverized and processed to 90-100 mesh, measured and packaged to obtain a coal-fired energy-saving and emission-reducing synergist.
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