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Redefining the future agriculture

Quick Facts

  • Carbon is essential for plant life, performing several critical functions.​
  • In photosynthesis, plants absorb carbon dioxide (CO₂) to synthesize glucose and oxygen, which are crucial for growth and energy production.​
  • Carbon is a fundamental component of carbohydrates, which support the development and structural integrity of plant tissues.
  • Plants store energy as starch, a carbon-based carbohydrate, which is vital for their survival under low-light conditions.
  • Carbon is a major component of cellulose and lignin, which provide mechanical support to plant tissues.
  • During cellular respiration, carbon plays a role in converting stored energy into usable forms.
  • Overall, carbon is vital for plant health, growth, and its role in the global carbon cycle.
Soil Structure
Aeration
Water retention
Pollutant filter
Productivity
Biodiversity
  • Microbes

Aadhar Gold

Double Action Programe

Triple Action Programe​

  • Minerals

BOC

Sumca

Promote

Quick Facts

Nitrogen is a vital element for plant growth and is a component of many essential plant molecules, including proteins, nucleic acids, chlorophyll, and hormones. It is one of the primary nutrients that plants need to grow, and it is often the most limiting nutrient in the soil.

  • Nitrogen plays a vital role in several plant growth processes such as synthesis of Nucleic acids, Amino acids, enzymes and chlorophyll molecules to optimize plant yield.​
  • Amino acids synthesised will be utilized in the production of enzymes and various plant parts.​
  • In general, plants can uptake nitrogen in the form of Nitrate (NO3–) and Ammonia (NH4+)​
Plays a key role
in the synthesis of
genetic material
Essential component
of enzymes and amino acids
Induces root growth
and crop yield
Major component of ATP
Major component
of chlorophyll
  • Microbes

Aadhaar Gold

IINM Chakra

N-Factor

Triple Action Programe​​

Double Action Programe

  • Minerals

Belom series (S1,S2,S3)

Belom Fs

Poshak series (L1,L2,L3,L4)

Quick Facts

  • Phosphorus is present in every living cell, both plant and animal. As an essential nutrient for plant growth, its availability is critical during the early growth stages to ensure a quick and healthy start.
  • Phosphorus aids in root development, flower initiation, seed and fruit development and has been known to reduce disease incidence in some plants and to improve the quality of certain crops.​
  • The supply or conversion of available Phosphorus from the soil into the soil solution is reduced due to cold soil temperature, wet soils or soil pH levels. The deficiency of Phosphorus especially at the early stages will lead to slow or stunted growth, weak plant and discolouration of leaves and stems.​
P has an essential
role in photosynthesis
P is an essential
component of DNA,
the genetic material
that allows plants to
grow and reproduce
P is a vital component
of ATP, the main
energy-transfer compound which
allows cells to conserve and
use the energy released in
metabolism.
P improves flower
formation and seed production
and promotes more uniform
and earlier crop maturity
P is very important
in cell division and
development of new tissues
P stimulates root
development
  • Microbes

P-Factor

IINM Chakra

Aadhaar Gold

G-Vam

Triple Action Programe​​​

Double Action Programe​​​

  • Minerals

Belom series (S1,S2,S3)

Belom Fs

Poshak series (L1,L2,L3,L4)

Quick Facts

  • Potassium plays a critical role in plant growth and metabolism. It is responsible for the movement of water, nutrients and carbohydrates in the plant. It regulates the opening and closing of stomata thus regulating the uptake of CO2 to enhance photosynthesis.
  • In photosynthesis, Potassium plays the crucial role of maintaining the balance of electrical charges at the site of ATP production. It triggers the activation of important biochemical enzymes for the generation of Adenosine Triphosphate (ATP). ATP provides energy for other chemical and physiological processes such as the excretion of waste materials in plants.
  • Potassium has been known to improve disease resistance in plants, improve the size of grains and seeds, and improve the quality of fruits and vegetables. It also facilitates protein and starch synthesis in plants.
K increases resistance to
diseases and low
temperatures
K is involved in the
movement of nutrients
through plants
K is known as the
"quality" nutrient
K increases plant vigour
K is essential in
sugar and starch formation
K promotes healthy root systems
  • Microbes

K-Factor

Bio Potash

Aadhaar Gold

IINM Chakra

G-Vam

Triple Action Programe​​​​

  • Minerals

Belom-S3

High-K

King-K

Secondary Nutrients
Micronutrients

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