About rganics

Agricultural yield depend amongst others, on the application of inorganic fertilizers, especially the nitrogenous ones. But consistent use of nitrogenous fertilizer compiled with random use of insecticides and pesticides leaves traces of harmful precipitates and residues in final agricultural output that create health hazards to mankind. As a result people is shying away from the use of agricultural produce that use inorganic fertilizers. Also the cost of nitrogenous fertilizer is on the rise with the gradual withdrawal of subsidy by the state. Therefore it becomes essential to evolve and adopt an alternative strategy by judicious application of a combination of chemical fertilizer and other supplementary plant foods like bio-fertilizers, plant micronutrients and photosynthesis products. In India organic manure, compost, oilcakes, cow-dung and other manures are estimated to contribute about 6 million tones of nutrient to the soil. The chemical fertilizer composition in the country for 2002-2003 is at the level of 18-20 million tones (65 kgs/ha) and increasing at the rate of 12% p.a and presently about 25% of the Nitrogenous fertilizer is imported to meet the demands.

rganic bio - fertilizer - A recycled product

Different organic substances such as spent meal, other agricultural waste and waste
products like pressed mud of sugar factory, carbon, steamed bone dust, oil cake and
other ingredients are put into a pit where exothermic reaction is created by using some
bacterial culture. The product is dried in fluid bed drier and then it is grounded. After
grinding, sieving is done and mixing with soil enriching bacteria the output is filled in
bags, weighed, stitched through automatic bag feeling-weighing-stitching machine and
moved through conveyor system for storage.

Peak Chemicals' Quality Assurance System is one of the most stringent in the industry. Its laboratories are equipped with advanced testing and measurement instruments and are manned by trained and seasoned professionals. This infrastructure enables us to offer consistency batch after batch.

Bio-Fertilizers

1. Azolam (Azospirillum sp.)
It is an atmospheric nitrogen fixing liquid biofertilizer, fixes nitrogen in the range of 20 – 40 kg N / Ha / year in the rhizosphere in non–leguminous plants. The bacterium can grow well under different soil pH and host range. It produces phytohormones in the plant regions, facilitates vigorous root growth. Read more about Azolam...

2. Azad (Azotobacter sp.)
It is a free living nitrogen-fixing aerobic bacterium and has been recognized as an important input in increasing crop production in non–leguminous plants (can fix 30 kg N / ha / year). It produces vitamins, Indol Acetic acid, Gibberellins, Cytokines and these are deposited in soil. It partially solubilizes tricalcium phosphates and thus increase uptake phosphorous in plant. It increases the activity of other beneficial root zone decomposers to improve the efficacy of applied nitrogen fertilizer. High organic matter in the soil gives best result. Read more about Azad...

3. Raja (Rhizobium sp.)
Rhizobium, a symbiotic nitrogen-fixing bacterium plays a vital role in agriculture. It has been estimated that different crops by the microbial activities of Rhizobium could fix around 50 – 100 kg Nitrogen / Ha / year. It leaves a substantial amount of N₂ in the soil for succeeding crops. Application of 1 litre Raja is equivalent to 100 kg urea. Read more about Raza...

5. Proja – KMB (Potash Mobilizing Bacteria)
It is responsible for the movement of potash elements in the soil and plants for easy transportation of other nutrients for improvements of health and vigor of the plant. It is capable of mobilizing potash to plants in all types of soil especially, low K content soil, use of such bacteria in liquid form can increase the availability of more potash in usable form to the plant. By using this Bio–Fertilizer, 50 to 60% of the potash chemical fertilizers cost could be reduced. Read more about » Proja-KMB | Proja 

Bio-Controls

1. Bardan (Paecilomyces fumosoroseus) & Victor (Verticillium lecanii)
for Control of Red Spider Mites & other mites
Use of microbial spores of Paecilomyces fumosoroseus (Bardan) and Verticillium lecanii (Victor) were found to be very effective in controlling the population of red spider mites and other mites along with sucking pests and parasitic nematodes. The spores of Paecilomyces fumosoroseus (Bardan) come in contact with the pests, germinate, multiply and penetrate into the haemocoel. It takes nutrient from the haemolymph and colonizes the whole visceral muss. Verticillium lecanii (Victor) enters the body of the insects through insect cuticle and sporulates inside to produce a toxin called bassianolide. Read more about » Bardan | Victor

2. Badsha (Beauveria bassiana)
for Control of sucking insects like Thrips, Jassids, Aphids, Tea Mosquito Bug and leaf eating caterpillars
Beauveria bassiana (Badsha) has been found to be quite effective against few sucking pests. The spore of Beauveria bassiana germinates while it comes into contact with pests. It penetrates through cuticle and multiplies inside. It produces a toxic metabolite called Beauvercin. The insect disease caused by the fungus is called white muscardine disease. This product inhibits synthesis and leads to paralysis of physiological functions. Beauveria bassiana (Badsha) is compatible with Imidacloprid and gives synergistic effect. Read more about Badsha »

3. Moti (Metarhizium anisopliae)
for Control of Termites, Cockchafer grub & Scale insects
Controlling termites in the tea plantation is very difficult. But now the help of Metarhizium anisopliae (Moti), it is possible to control termites. Metarhizium anisopliae (Moti) produces a number of secondary metabolites acting as mycotoxins like Destruxin E. These toxins cause titanic paralysis and rapid development of mycotoxins causes death of termites. The fungus frequently emerges from the insect’s body to produce spores that, when spread by wind, rain, or contact with other insects, can spread infection. It is equally effective against cockchafer grubs and scale insects. Read more about Moti »

4. Trico (Trichoderma viride) & Mona (Pseudomonas fluorescens) for Control of diseases Tea is subject to many primary and secondary diseases.
Trichoderma viride (Trico) and Pseudomonas fluorescens (Mona) have been found to be very effective in controlling many primary root & secondary diseases of tea. The conidia of Trichoderma viride (Trico) come into contact with target host. It germinates and the germ tube coils the hyphae of pathogenic fungi, degrades the cell wall and feeds on the nutrients causing mycoparasitism. It also produces toxic metabolites. Trichoderma viride (Trico) is very much effective against Poria branch canker & Thorny stem blight diseases and should be applied immediately after the pruning. Pseudomonas fluorescens (Mona) controls diseases (such as Blister blight etc.) by producing antibiotics and obstruct supply of food to the pathogenic fungi. Read more about » Mona | Trico | Tricho-H

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