Key Factors In Choosing A Fertilizer Production Line

1. How to Choose A Fertilizer Production Line With the development of urbanization and modern agriculture, many farmers now host a large area of farm to manage agriculture. In response, demands for organic fertilizer, compound fertilizer and bio-organic fertilizer is increasing year by year. There are so many fertilizer manufactures in the world to manufacture those fertilizer. So how to choose a proper production line is a question for all fertilizer manufacturers and big farmers. What is a fertilizer production line ? A fertilize production is of different models with different yields, such as 2000/3000/5000 tons/year organic(bio-organic) fertilizer protection line and 3000/5000/10000 tons per year NPK compound fertilizer plant.

2. A fertilizer production line is a fertilizer manufacture system in which parts or components of fertilizer granules are transported by belt conveyors through a number of fertilizer machines at different sites, which machine operation performed on them without interrupting the flow of production. Three factors in choosing a proper production line 1 Factory size and workers’ speed Your factory size decides fertilizer year yield, cost and turnover. Fox example, 10000 tons/year fertilizer plant is always used in large manufactures with large sitting area, not small factory. That is one aspect. Another is your number of workers and their speed. More workers with fast speed mean fast work efficiency - more yield and profits. So line managers should pay more attention to workers in

3. which pace according their speed and work efficiency. 2 Raw materials Raw materials of organic fertilizer in fertilizer plant:  Agricultural waste: straw, rice bran, etc.  Animal waste: chicken manure, pig, cattle and sheep manure, etc.  Industrial waste: vinasse, sugar residue, etc.  Household waste: kitchen waste, vegetable waste, other wastes in market and houses, etc.  Municipal sludge: river silt, sewage sludge, etc. Raw materials of compound fertilizer in fertilizer plant:  nitrogen from nitrogen in air;  ammonia is synthesized from the nitrogen in air, then converted to urea;  phosphate: from phosphate rock, fossil from, animal bones and bird droppings.phosphate is extracted and concentrated from the phosphate rock.  potash (potash ore):rock salt from dried-up old seawater; impurities ore removed. 3 Formal fertilizer machines As the soul of a fertilizer production line, the quality of fertilizer machines directly decides your yield and fertilizer quality. With so many fertilizer machines manufactures in market, strongest

4. manufacturers and quality certification and after-sales services are the key factors. A production generally is made up of fertilizer blender, fertilizer crushing machine, fertilizer granulator, granules dryer, cooler, fertilizer granules screening machine, granules coating equipment, packaging machine and belt conveyors. If one machine in the process is broken, all plant will be affected. Time waste, yield down, cost up - many problems come to you.