Agricultural soil is a naturally occurring medium for crop and vegetable growth that provides a variety of nutrients and acts as an anchor for growing plants. Due to several anthropogenic activities, the agricultural soil has recently been depleted, rendered infertile, and contaminated with hazardous chemicals. Waste is frequently disposed of illegally or in poorly maintained landfills. The most significant proportion of organic fractions are found in solid waste, along with other complex properties. Leachate weakens and stabilizes soil stability and strength as it seeps into the ground and carries pollutants with it. Chemicals, poisonous metals, and hazardous materials are all part of solid waste. Whenever there is an environmental discharge of hazardous waste, they have the ability to alter or change the productivity of the soils in a particular area including biological and physical problems for the surroundings by means of soil, water, and air pollution and spread of disease. Numerous environmental and health problems, such as groundwater pollution, land degradation, chronic cancer, infant mortality, and anomalous births, are manifested by these heinous behaviors. Disparities in environmental consciousness between the young and the elderly in emerging countries exacerbate ecological and waste management issues, which in turn generate unsustainable growth with far-reaching consequences for these regions. Apart from stressing environmental knowledge, awareness, and attitudes, a methodical approach to identifying and analyzing the source is required for hazardous waste management practice. Potentially workable tactics include cutting back on the use of sources to create less waste, recycling recyclable goods, and recovering resources by turning organic waste into animal feed, compost, or biogas. In order to implement improved hazardous waste management techniques and sustainable agricultural practices, additional resources, such as financing, community sensitization on relevant topics, expertise, and technologies like nanobiotechnology, are required. These resources represent a positive outlook for mitigating environmental pollution, enhancing agricultural productivity, and addressing soil contamination.