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IEC Technology

One of our most fundamental needs is food – sufficient, nutritious, safe, and affordable. For 50 years or more, with a few notable and persistent exceptions, we have all benefited from the remarkable output and advances of our modern food system. Notwithstanding these accomplishments, our food production system is increasingly being stressed. Indeed, over the next few decades, demand for food is forecast by many to grow faster than supply.

How IEC Technology Works

How IEC Technology Works

  • IEC Deals with Integrated Health Management and optimisation of the system or habitat it is introduced in
  • IEC Technology acts on Neutralisation of the existent and oncoming impediments in the system would pave the way for better system dynamics leading it towards sustainability.
  • Triggers the natural process of nutrient absorption, encourages soil microflora, improves response of plant nutrients within plants and improves the mobility of metabolites and biochemicals

Why & How is IEC different than other technologies

Why & How is IEC different than other technologies?

Measurable & visible results of IEC Applications can be observed in less  than 3 weeks me. Whether it’s decomposition of Organic matter,  conversion of wasteland in to fertile land, balancing of soil pH, soil or air  borne fungal attack or control of virus in some crops, suppression of odour, flies and Methane in Municipal Solid Waste Dump Sites, or drying of MSW, or improving Milking Efficiency in Dairy animals, it takes only 2-3 weeks. Generally, all such problems cannot be addressed fully or crops cannot be effectively recovered by conventional methods or it can  be addressed in such a short time. 

IEC technology creates a synergy with Natural Forces. In Agriculture, First, it balances  soil pH to thwart growth of undesirable microbes, & at the same time,  it provides Prebiotics & Probiotics to enhance local beneficial microbial colonies. Every ecology has its own microbial profile, based on  the nutrient availability & environment. These local microbes are most  capable of managing nutrient cycling. Nutrient cycling involves  availability of macro & micro nutri on, availability of trace elements,  dominance of beneficial microbes, presence of metabolites, natural  enzymes & amino acids etc. NPB Technology ensures balancing of Vegetative Growth :  Vegetative and Reproductive growth. At the same me, it also ensures  bioavailability of nutrients (macro, micro & trace) along with metabolites,  natural enzymes & amino acids etc to enhance immunity towards biotic  & abiotic stress.

 

IEC’s Secondary Culture (SC) is a unique applicative procedure introduced to make the economics of agriculture more sustainable and to increase the longevity of restoration of dynamics at the site of application.

It involves a process of culturing the Proprietary Culture INNO-CARE with locally available resources. This procedure provides the farmer the benefit of multiplying the INNOCARE culture by 1000 times in volume and up to 1X1013 microbes per ml of SC, hence providing a monetary benefit.
 

Another important aspect of this SC is that this culture is multiplied by involving the local components such as sugar/Molasses/farmsoil/animal dung etc. which multiplies the culture and produces biochemicals, metabolites and precursors for the activation and growth of local microorganisms sourced from soil and animal dung, and eventually enriches the soil microbiota, Increases carbon turn-over in soil, Improves water holding capacity of the soil, Improves mobility of nutrients and improves vigor.

IEC could address following problems effectively, in near past.

IEC could address following problems effectively, in near past.

  • Viral attacks in crops such as Papaya,Green Peppers,Tomatoes,water melons etc
  • Fungal attacks such as Aflatoxin in peanuts and Black Sigatoka in bananas and plantains.
  • Sucking pests including mites,aphids,whiteflies and others
  • Nematodes for root crops
  • Bacterial such as blight. IEC Group scientists is working on a protocol for Citrus Greening.
  • Poor and Saline soils challenges
  • Poor Yields
  • Poor product consistency in size
  • Providing a sustainable,cost effective and a revolutionary and visionary agriculture approach

Our Ultimate Goal

Our Ultimate Goal

  • Minimise or stop the use of chemical Pesticides / Fungicides / Insecticides / Bactericides / Weedicides / Herbicides
  • Improve the Nutritive Value of Farm Produce
  • Improve Productivity and efficiency of farm Produce and Practices 
  • Improve the availability of good, healthy and toxin free food for all for better health and sustainability of the human as a whole

Minimise or stop the use of chemical Pesticides / Fungicides / Insecticides / Bactericides / Weedicides / Herbicides

Minimise or stop the use of chemical Pesticides / Fungicides / Insecticides / Bactericides / Weedicides / Herbicides

Improve Productivity and efficiency of farm Produce and Practices 

Improve the availability of good, healthy and toxin free food for all for better health and sustainability of the human as a whole

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