In times of disruption, agricultural resilience depends not only on energy security but also on stable, sustainable nutrient inputs. When discussions around resilience begin, energy usually takes center stage. Fuel availability, logistics continuity and supply stability dominate the conversation. But crises rarely affect only one part of the system. They expose fragility across the broader value chain.
In agriculture, one of the most under-discussed vulnerabilities during periods of disruption is fertilizer dependence. India’s farming ecosystem remains highly sensitive to global input shocks, import dependencies and pricing volatility in chemical fertilizers. When supply chains become uncertain, the impact is felt quickly. Farmers face rising costs, delayed access and difficult choices that can affect both productivity and soil health.
This is why the conversation needs to move beyond energy where Fermented Organic Manure (FOM) and Liquid Fermented Organic Manure (LFOM) can play a meaningful role. At a time when fertilizer availability is under pressure, these organic nutrient solutions offer a more stable and locally relevant alternative. They help ensure the availability of nutrient inputs even when conventional fertilizer supply is challenged. They reduce dependence on imported chemical fertilizers and support a more self-reliant farming ecosystem.
The value of FOM and LFOM is not limited to substitution. Their deeper significance lies in what they do to the soil and to the long-term economics of agriculture. Organic inputs can help improve soil health, organic carbon and long-term productivity, addressing a problem that chemical intensive agriculture has worsened over time. For farmers, that means access to a fertilizer that supports sustainability at the field level. One of the farmers in Maharashtra who used FOM & LFOM, has claimed that the content in the soil is 40% higher than the nearest other farm land.
This is especially relevant in an era where agricultural resilience can no longer be measured only by short-term crop output. It must also be measured by the ability of farmers to maintain soil quality, reduce input vulnerability and continue production through periods of market stress.
FOM and LFOM contribute to that resilience representing the ability to turn waste into value. In a resource constrained world, this matters enormously. Converting organic waste into productive agricultural input strengthens the circular economy, reduces wastage and creates a more connected model of rural and industrial sustainability. Instead of viewing waste as an endpoint, this approach treats it as a usable resource that can feed back into the productivity cycle.
A new set of integrated players is beginning to strengthen this transition by connecting waste management, resource recovery and agricultural productivity into a single ecosystem. Companies like Refex Group are contributing to this shift through the conversion of organic waste into products such as FOM and LFOM, helping create more sustainable nutrient pathways for agriculture. By linking environmental management with farm level applications, such models support both circular economy objectives and long-term agricultural resilience.
The importance of FOM and LFOM goes beyond farming practice. It connects directly to larger national goals around sustainability, lower import dependency and more resilient domestic systems.
Commenting on the broader significance of resource recovery in agriculture, Mr. Kalpesh Kumar, CEO, Refex Renewables & Infrastructure Limited, notes “The next phase of agricultural sustainability will be defined not only by how much we produce but by how efficiently we use what we already have. Converting waste into productive resources represents a shift in thinking from linear consumption to circular economy and that shift has the potential to strengthen both farm economics and long-term resilience.”
For India, this has strategic significance. Agriculture cannot remain dependent on external uncertainty for essential inputs if the country wants to build long-term food and farm security. Locally available, sustainable nutrient alternatives can become part of the answer. It’s high time for India to switch from chemical fertiliser to support locally available nutrient alternatives in the form of organic manure.
For farmers, the case is equally compelling. Cost effective organic inputs that improve soil quality while reducing dependence on volatile imported fertilizers create a stronger foundation for long-term productivity. In times of disruption, that kind of support is not just useful but it is necessary.
Crisis preparedness is not only about power, fuel or logistics. It is also about protecting the agricultural systems that sustain livelihoods and national stability. If industries and institutions are serious about resilience, then the conversation must include not only energy alternatives but also the inputs that keep India’s farms productive and sustainable.
FOM and LFOM are part of that wider answer. They help ensure nutrient availability during periods of uncertainty. They reduce dependence on imported chemicals. They support better soil health. They offer a more sustainable and cost effective pathway for farmers. And by converting waste into value, they strengthen the circular economy at the same time.