Usage of Energy Efficient Furnace as Technology Transfer Concept to Rural Foundries

K. Mageza, A. Mulaba-Bafubiandi, C. Banganayi
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Abstract

In South Africa public institutions of higher learning and government agencies are funded with tax payers' money. They are encouraged, through the use of science and technology, to help and assist in the development of small and medium enterprises by contributing in addressing their challenges be it technological, business management related, or quality of production and productivity inclined. Rural foundries are enterprises at the remote areas commonly known for casting three legged aluminum pots from aluminum metal scraps. Most of these rural foundries have been found struggling with a lack of green production process and lack of sustained improved productivity mainly due an inefficient heat energy generation and conservation within the furnace. Technology transfer aspect was used to look at intervention to improve the status quo of the rural foundries. The technology transfer aspect was used as proof of concept to improve the energy efficiency of the furnace, which resulted into reduced melting time and usage of coal as input material. In conclusion the use of science and technology is critically in terms of proof of concept of heat transfer and engineering skills play a vital role in developing technologies which will have technical capabilities of meeting the end user's requirement.
节能炉在农村铸造厂技术转移中的应用
在南非,高等教育的公共机构和政府机构都是用纳税人的钱来资助的。鼓励他们利用科学和技术,帮助和协助中小型企业的发展,帮助它们解决技术、商业管理或生产质量和生产力方面的挑战。农村铸造厂是偏远地区的企业,通常以铝金属废料铸造三脚铝锅而闻名。大多数这些农村铸造厂都被发现与缺乏绿色生产过程和缺乏持续提高的生产力作斗争,这主要是由于炉内热能产生和节约效率低下。从技术转移的角度来考察干预对农村铸造厂现状的改善。技术转移方面被用作概念证明,以提高炉的能源效率,从而减少了熔化时间和煤作为输入材料的使用。总之,科学和技术的使用在证明传热概念方面是至关重要的,工程技能在开发具有满足最终用户要求的技术能力的技术方面发挥着至关重要的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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