The wastes are generally dumped on land or discharged into water bodies. Informal processing of waste in industries of developing countries can lead to adverse human health effects and environmental pollution. Management of Industrial Solid Waste (ISW) is not the responsibility of local bodies. Industries have to manage solid waste by themselves and to seek clearance from respective State Pollution Control Board (SPCBs). Especially, processing and manufacturing industries have no time to segregate wastes because they concentrate only on the development of their products.
Waste is produced by all sectors of the economy. Every person is a potential producer of waste. It is as old as the existence of human beings. In early times, in order to minimize the health impacts of wastes, transporting the waste out of residential places been the primary concern of authorities. After the end of the Second World War, a high rate of population and urbanization has brought an increased demand of urban and waste disposal land.
that can be recycled and reused so that we don’t have waste build up. The world needs to reduce the amount of waste we produce every year so the future won’t have to deal with the problem. Instead they can invent new things so the world is a better and more functional place.
Energy from waste, expansion of renewables, and increased use of biofuels become important considerations for the achievement of these targets and goals as set out in the National Energy Policy. Energy from waste policies are being developed by countries worldwide as a means of balancing their energy policies, increasing renewables while at the same time managing the growing volumes of waste that are being generated as a result of current consumption and production patterns. Energy from waste presents an affordable way of managing municipal solid waste that cannot be recycled. It can be used to generate energy, contributing to energy security and a reduction in the country’s energy bill. The sharp increase in the volume and diversity of waste materials generated by human activity and their potentially harmful effects on public health and the environment, presents the need to adopt scientific methods for safe disposal of wastes and for the conversion of wastes to productive uses such as energy generation.
This recycled wastes materials that enters disposal sites are providing the needed raw materials for industries. Affirming the recycling method is the best, effective and efficient method of managing solid waste according to the industries. Recycled waste materials will be converted from a useless material into valuable resources, capable of generating employment and bringing in economic returns. Recycling can conserve natural resources and yields environmental, financial and social returns, it conserved energy, prevention of pollution and the expansion of economic. More importantly that a small amount of, what is to be dispose contains raw valuable resources.
Hazardous waste: Some share of generated waste includes the hazardous wastes which is harmful for environment if necessary cares do not considered after usage of them, normally the definition of the hazardous wastes are the same within all aviation business based on the reports and information of the producers and suppliers. Hazardous wastes are including used oil of different part of every aircrafts, some types of lubricants and chemicals, batteries, components and items at security and redundant Electronic and electrical equipment. Some of the hazardous waste must only be removed by Hazardous waste specialists like the radioactive instruments which may cause radiation danger. Almost all hazardous waste has their special waste management
How does municipal solid waste differ from industrial waste? The difference between industrial waste and municipal solid waste is that industrial waste comes from commercial processes such as manufacturing, mining or agricultural projects. Municipal solid waste seems to come more from living being such as your debris or litter, human and animal waste or dead carcasses. Considering that, industrial waste seems to create more waste, and more harmful waste. To sum it up, industrial waste comes from industrial work, and municipal solid waste comes from organic beings.
Instead of simply throwing out toxic wastes or even solid industrial wastes, we are not trying to minimize our materials use to reduces waste accumulation. This transition, as stated in “The Industrial Ecology of the 21st Century” had a major effect on waste streams as we entered a new century. The design and manufacturing of new products take into consideration the amount of waste produced and its overall effect on the environment. The life cycles of products are now being greatly researched in order to track its environmental impact and overall waste. Some claim that in order to reduce our waste we must follow nature's lead and find a way to transform all waste into some form of useful material.
Due to the profound environmental impacts of food waste, a reduction in the amount disposed is necessary to create a more sustainable environment, and humans have a responsibility to protect the planet, even if it requires drastic changes to the current food system. Dr. M. Sanjayan of the University of California states that food waste is not purposeful, and proposes that it is perhaps subliminal. Over time, there have been significant changes in the amounts of food people are purchasing. Sanjayan states that this is due to the increase in the size of the dinner plate and the refrigerator, which have grown by 36% and 15% respectively since the 1960s due to the
Hazardous and toxic materials are not only produced by industrial sectors. But also by household sector (Court, Munday, Roberts, & Turner, 2014). Hazardous and toxic materials are not only produced by industrial sectors. But also by household sector. Hazardous waste is the most difficult waste to be managed, since in the treatment process, heavy metal and dioxin among others are obtained.