BibTex Citation Data :
@article{AQCCM25853, author = {Humam Muhammad Izzudin and Nurandani Hardyanti and Badrus Zaman and Ilmi Tri Zenith}, title = {The effect of variations air discharge with the addition of biodryed Solid Recovered Fuel (SRF) in biodrying process of urban waste on Water Content Parameters and Calorific Value}, journal = {Air Quality and Climate Change Management}, volume = {1}, number = {1}, year = {2025}, keywords = {Biodrying, Solid Recovered Fuel (SRF), Temperature, Calorific Value, and Water Content}, abstract = { Indonesia as the 5 th position of the largest waste produce in the world contributes around 65,2 million tons of waste. From that number of wastes, most of the waste almost didn’t manage nicely. Data from BPS shows that only 7% of waste is able to be recycled. Therefore, the concept of waste to energy must become a reality to answer critical problems in the solid waste management system in developing countries. Solid Recovered Fuel (SRF) is considered as the best option to reducing the bulk volume of the waste. SRF consists of non-hazardous waste fractions submitted to certain processing to obtain better quality fuel for commercialization and use in industry or combustion plants to produce energy. The quality of this SRF depends on calorific value, water content, temperature of the product etc. In this scenario, the best opinion to increase the quality of this SRF is biodrying process, where the biological heat energy is effectively channelized for drying purpose to reduce the water content of the waste and increase the calorific value of SRF product. }, url = {https://ejournal2.undip.ac.id/index.php/aqccm/article/view/25853} }
Refworks Citation Data :
Indonesia as the 5th position of the largest waste produce in the world contributes around 65,2 million tons of waste. From that number of wastes, most of the waste almost didn’t manage nicely. Data from BPS shows that only 7% of waste is able to be recycled. Therefore, the concept of waste to energy must become a reality to answer critical problems in the solid waste management system in developing countries. Solid Recovered Fuel (SRF) is considered as the best option to reducing the bulk volume of the waste. SRF consists of non-hazardous waste fractions submitted to certain processing to obtain better quality fuel for commercialization and use in industry or combustion plants to produce energy. The quality of this SRF depends on calorific value, water content, temperature of the product etc. In this scenario, the best opinion to increase the quality of this SRF is biodrying process, where the biological heat energy is effectively channelized for drying purpose to reduce the water content of the waste and increase the calorific value of SRF product.
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