LCB fertilizers are focused on producing biofuels from protein-rich lignocellulosic biomass. One of the most essential phases in synthesizing biofuels from biomass is the enzymatic breakdown. LCB fertilizers are made from a low-cost, abundant source material that can be regenerated in a sustainable manner. Fertilizer, micronutrients, and irrigation will not be required for the seedlings produced using LCB fertilizers. Consequently, water loss will be reduced, and irrigation demand will be reduced.
LCB fertilizers is a project that is based on organic principles. Low Sulphur Heavy Stock (LSHS) is one of the raw materials used by LCB fertilizer in the manufacture of urea. Pollutants such as sulphur oxides, SO2, H2S, ammonia, and carbon monoxide (CO) evolve at different manufacturing stages. Various approaches have been used to quantify the pollution caused by CO, NOX, sulphur oxides, H2S, and ammonia inside a fertilizer plant. Because LCB fertilizers are an organic project, it helps to reduce pollution in the air
When plants are grown with chemical fertilizers, the soil is not sustained. The fillers do not encourage soil health or life; even “full” packets lack the decomposing matter needed to develop soil structure. On the other hand, chemical fertilizers don’t replace many trace elements that are gradually depleted by repeated crop plantings, causing long-term soil harm. However, LCB fertilizers are organic and beneficial to plants. It produces nutritious crops. It is less expensive, and farmers find it advantageous in increasing agricultural productivity. Humans, crops, and soil all benefit from LCB fertilizers. It enriches the soil and yields high-quality crops. LCB fertilizers, unlike synthetic fertilizers, deliver both primary and secondary nutrients, as well as micro and macronutrients such as nitrogen, phosphorus, and potassium.