Project Report For Bio Fertilizers


Project report for Bio Fertilizers is as follows.

This profile suggests establishing a biofertilizer unit on a smaller scale with less sophisticated technology and a semi-automatic plant layout. The final product’s quality would meet established standards and be suitable for the market.

Natural fertilizers known as “bio-fertilizers” are substances that include living microorganisms that, when injected into the soil, give plants vital nutrients either by cooperating symbiotically with plant roots or by solubilizing soil elements like phosphorus. Two broad categories can be used to classify bio-fertilizers.

1.) Nitrogen-fixing biological fertilizers, such as Rhizobium (for legumes), Azotobacter, Azospirillium, Azolla, and blue-green algae (for cereals), etc.; and II) 

2.) Phosphorous Biofertilizers, such as the mixture containing microbes that solubilize phosphate, like Bacillus, Pseudomonas, Aspergillus, and VA-mycorrhiza.


Rhizobium is the most significant biofertilizer, and farmers have mostly embraced it in recent years. There is also a lot of room to explore in other areas. Blue-green algae are used successfully in paddy, and wheat, sugar cane, and cotton are also reported to use Azotobacter and Azospirillium.

In addition to the microbes that fix nitrogen, there are biofertilizers that can increase the absorption and availability of other nutrients. The most significant of these are two kinds. The first is made up of particular fungi’s mycelium, which interacts symbiotically with plant roots. Vesicular-Arbuscular Mycorrhiza (VAM), a type of symbiotic interaction, is thought to promote plant development and the accumulation of nutrients like phosphate, zinc, and copper.

Sample Project Report Of Bio Fertilizers Processing Plant

Get Completely Custom Bankable Project Report

The second non-nitrogen fixing method Phosphate-solubilizing microorganisms are biofertilizers. These microscopic organisms, which also include bacteria, fungus, and yeast, produce organic acids that reduce the size of the rock phosphate and tricalcium phosphate particles to almost amorphous levels, so making them more soluble. As previously indicated, the availability of phosphorus in Indian soils is poor to medium; only around 25 to 30 percent of the phosphorus added to the soils is usable by crops. It has been suggested that the availability of phosphorus is significantly increased by the presence of phosphate-solubilizing bacteria. The fact that these microorganisms are not crop-specific and can help all crops is a significant advantage.

Market potential

India has a market for biofertilizers valued at USD 99.59 million in 2021. The market is predicted to rise from USD 110.07 million in 2022 to USD 243.61 million in 2029, expanding at a CAGR of 12.02% during the forecasted period.

$ 0 M
Market Size
0 %


Product Cost Breakup

Reveneue Vs Expenses

Market Trend

Bio-fertilizers have been made available to farmers across the country for more than 20 years. Bio-fertilizers, on the other hand, account for a relatively small proportion of the overall market and output of chemical fertilizers. According to estimates, the country produces 12,000 to 15,000 TPA of fertilizer. Numerous chemical fertilizer plants also produce trace amounts of bio-fertilizers. Apart from the fertilizer-producing plants, M/s. Agro Evo Limited, a joint venture between Hoechst and Schering, is one of the primary divisions. In terms of product, Rhizobium produces the vast bulk of bio-fertilizers.

Various types of raw materials are required depending on the technique and product combination. The most important requirement is an effective microbial strain. Other raw materials required include carbon hydrates, minerals and salts, wood charcoal, and so on. Consumables such as plastic bags, glassware, aluminum foil, and so on would also be required for the project.

The market is expected to grow over the next few years as a result of increased demand for organic food, sustainable organic farming, and fertilizers compatible with agricultural practices. The use of these fertilizers is spreading across the country because they are an economical and environmentally beneficial solution for producing crops. There is an urgent need to move to more sustainable agricultural production practices, with a larger emphasis on building sustainable mechanisms, due to challenges with climate change, physical and chemical soil deterioration, and water contamination. Biofertilizer is one of the best methods, a better alternative to sustainable agriculture, and a viable solution to the dual issues of environmental stability and global food security.