Waste-to-energy solutions market is gaining huge popularity as it involves producing energy from waste and reducing the dependence on fossil fuel for energy generation.
Nevertheless, because it is costly to construct incinerator plants, the waste-to-energy incineration process is pricey. In addition, these waste incineration plants can take a toll on the health of people located near these plants and can cause respiratory problems, reproductive abnormalities, high risk of cancer, and other health issues.
Emerging market governments are keen to use waste-to-energy technologies. However, a growing number of people are realizing that developing WTE solutions that are both environmentally and economically sustainable requires more than just licensing.
What is Waste to Energy?
Waste-to-energy (WTE) is a process of generating energy from waste and reducing the dependence on fossil fuel such as coal for energy generation. Waste-to-energy solutions use sustainable method to reduce the emission of harmful greenhouse gases such as methane and carbon dioxide, prevent waste from entering the landfill, and curb the emission of methane gas from landfill. With the aid of a boiler, these plants burn the waste or rubbish to create steam, which is utilized to create power. Waste-to-energy solutions process helps in reducing air pollution by removing pollutants from gas combustion and preventing them from entering the smokestack.
Waste-to-Energy markets
In the years to come, it is anticipated that Southeast Asia would employ a broad variety of waste-to-energy technologies, some of which are now in use in developed countries. In comparison to moving grate systems, “fluidized bed” technology is more cost-effective and environmentally friendly for turning garbage into electricity, but it requires a more uniform waste size to function.
“Gasification” plants produce synthetic gas at high temperatures by converting organic solid waste and plastic through a chemical process.
After determining the amount of WTE capacity required, project planners should schedule a pipeline of projects to meet this capacity. The logistics of waste collection and the caliber of waste processing should be part of this support. Reasonably priced gate fees and, if relevant, power fed-in prices should be the foundation of economic viability.
Public education on the project, including a thorough explanation of the advantages and difficulties associated with WTE technology, should be done at every level. Finally, in order to guarantee the project’s long-term viability and support, planners need gain the complete backing of both the national and local governments.
Modern technology can be used by municipal governments to undertake WTE initiatives by utilizing the skill sets of the private sector. In order to guarantee fair tipping prices, financing and long-term, dependable garbage contracts are offered. Tariff levels that promote the commercial sustainability of WTE projects can be included in power-offtake contracts. In this sense, Singapore and other nations in the area are establishing the appropriate standard. Projects that are successful can act as models for other nations in the area.
ALSO READ WHY WASTE-TO-ENERGY IS AN EMERGING INVESTMENT FOR INDUSTRIES
Waste can represent an important 24/7 base power, especially if used in a small or medium sized plant. In order to identify the best solutions, Universal Kraft collaborates with a number of technical partners. These partners include the patented EPGS pyrolysis technology, which offers small, scalable, adaptable, and efficient solutions for turning a wide range of wastes into energy. Our main interest is to bring waste into a circular context in smaller communities, in combination with sustainable actions. As solid waste and organic compounds in industrial wastewater and residue water are some of the feedstock that offer untapped energy potential.
When it comes to remote communities, like islands, we work with Island Power Solutions, the Group’s company focused on energy transition projects for islands.
