Javascript must be enabled to continue!
Development of Aluminium smelting furnace for recycling and recovery of Aluminium from waste
View through CrossRef
The 8% of the earth’s crust is aluminium. It is the most abundant metal in the world after oxygen and silicon. It is quite useful in aircraft design, building construction, automobiles, and domestic and industrial food processing utensils and equipment. Currently, 60% of aluminium products are recyclable, and improvement on that percentage is ongoing. Refining virgin aluminium is very challenging and costs 400% higher than recycling aluminium from scrap. Used aluminium products such as pots, cans, utensils, roofing sheets, and others are wasting away. A rotary furnace was designed and fabricated for the recycling and recovery of aluminium from used aluminium pots and cans. Consequently, 1.663 kg was recovered from 2 kg of used aluminium pot at a melting point of 660.7 oC and the consumption of 0.0154 kg of LNG. Comparatively, 1.528 kilograms of aluminium was recovered from 2 kg of used cars at a melting temperature of 660.3 oC and fuel consumption of 0.0131 kg of LNG. The rotation of the furnace facilitated heat distribution and a mixture of molten aluminium in the furnace. Used cans melted faster than used aluminium pots. Recycling and recovering aluminium from used aluminium materials and scraps for sustainability can be achieved using a rotary furnace.
Title: Development of Aluminium smelting furnace for recycling and recovery of Aluminium from waste
Description:
The 8% of the earth’s crust is aluminium.
It is the most abundant metal in the world after oxygen and silicon.
It is quite useful in aircraft design, building construction, automobiles, and domestic and industrial food processing utensils and equipment.
Currently, 60% of aluminium products are recyclable, and improvement on that percentage is ongoing.
Refining virgin aluminium is very challenging and costs 400% higher than recycling aluminium from scrap.
Used aluminium products such as pots, cans, utensils, roofing sheets, and others are wasting away.
A rotary furnace was designed and fabricated for the recycling and recovery of aluminium from used aluminium pots and cans.
Consequently, 1.
663 kg was recovered from 2 kg of used aluminium pot at a melting point of 660.
7 oC and the consumption of 0.
0154 kg of LNG.
Comparatively, 1.
528 kilograms of aluminium was recovered from 2 kg of used cars at a melting temperature of 660.
3 oC and fuel consumption of 0.
0131 kg of LNG.
The rotation of the furnace facilitated heat distribution and a mixture of molten aluminium in the furnace.
Used cans melted faster than used aluminium pots.
Recycling and recovering aluminium from used aluminium materials and scraps for sustainability can be achieved using a rotary furnace.
Related Results
Gold Recovery from Smelting Copper Sulfide Concentrate
Gold Recovery from Smelting Copper Sulfide Concentrate
Gold is a significant revenue source for custom copper smelters facing profitability challenges due to low treatment and refining charges, stricter regulations, and rising costs. G...
Challenges facing non-ferrous metal production
Challenges facing non-ferrous metal production
The increase in metals demand in the electrifying globe means significant growth in the smelting of copper, nickel, zinc, and lead, produced from primary sulfide sources or using s...
PENGETAHUAN MAHASISWA TATA BUSANA TENTANG ZERO WASTE PATTERN
PENGETAHUAN MAHASISWA TATA BUSANA TENTANG ZERO WASTE PATTERN
Textile waste is one of the 2nd largest types of waste in the world. The increasing amount of textile waste will have an impact on the environment. There has not been much developm...
DENGUE OUTBREAK -IS THE PANIC JUSTIFIED ?
DENGUE OUTBREAK -IS THE PANIC JUSTIFIED ?
In this era of startling developments in the medical field there remains a serious worry about the hazardous potential of various by products which if not properly addre...
Multi-Facility Location Optimization to Analyze the Economics of Plastic Recycling Systems: A Study Integrating K-Means and Monte Carlo Methods
Multi-Facility Location Optimization to Analyze the Economics of Plastic Recycling Systems: A Study Integrating K-Means and Monte Carlo Methods
Abstract
Plastic waste recycling is essential for sustainable practices, but it suffers from inefficiency due to a lack of a secondary market and difficulties in sep...
The Importance of Recycling: A Sustainable Approach to Environmental Protection and Resource Conservation
The Importance of Recycling: A Sustainable Approach to Environmental Protection and Resource Conservation
<div>
Recycling has emerged as one of the most crucial strategies for addressing the growing environmental challenges of the modern world. With rapid industrialization, urba...
Sintesis dan Karakteristik Aluminium Sulfat dari Limbah Foil Blister Obat
Sintesis dan Karakteristik Aluminium Sulfat dari Limbah Foil Blister Obat
Limbah foil blister obat merupakan salah satu bahan yang umumnya hanya menjadi sampah bagi masyarakat, padahal limbah aluminium jika berada bebas di lingkungan membutuhkan waktu le...
Discovery of Significant Emission of Halogenated Polycyclic Aromatic Hydrocarbons From Secondary Zinc Smelting
Discovery of Significant Emission of Halogenated Polycyclic Aromatic Hydrocarbons From Secondary Zinc Smelting
Abstract
Chlorinated and brominated polycyclic aromatic hydrocarbons (Cl/Br-PAHs) are persistent organic pollutants, and controlling their adverse effects requires the iden...

