ASRIC Journal of Engineering Sciences 2023 v3-i2
ISSN: 2795-3548
EISSN: 2795-3548
ASRIC Journal of Engineering Sciences 2023 v3-i2
ASRIC Journal of Engineering Sciences 2023 v3-i2
Published: 2023-12-29
Articles
Green Economy as a Mechanism to attract Foreign Investment and Achieving the Requirements of Sustainable Development in Egypt
Amany Salah Mahmoud
This study measured the impact of the independent variables represented in the state's capacity to produce and generate renewable energy, along with the nation's absorption of foreign investment, to examine the role of the green economy and clean energy sources as a mechanism to attract and increase foreign investments in the renewable energy sector, which contributes to achieving sustainable deve
Exploring The Energetic Efficiency of Internal Combustion Engines: A Comparative Study of Ignited Spark Exergy and Energy Analysis for Hydrogen Fuel, Methane, and Gasoline
Julius Ibeawuchi Onyewudiala*, Nnadikwe Johnson
Exergy analysis is an invaluable tool used to identify the individual contributions of different processes in transferring input functionality to a system. It allows us to pinpoint exactly where useful energy losses occur within a given system or process. In this particular study, our focus lies on conducting an exergy comparison of the performance of an internal combustion engine with spark-ignit
Designing and Experimenting a Greenhouse Dryer for Fruits, Vegetables and Spices
Sesan Opeyemi Alabi*, Adesoji Matthew Olaniyan, Adesola Adebanjo Satimehin, Folasayo Titilola Fayose
Curbing postharvest losses in fruits, vegetables and spices by drying has been a serious challenge due to limitations of open sun drying and high cost of mechanical dryers. In this study, a Greenhouse dryer (GHD) was designed, constructed and tested. Experiments were conducted using Completely Randomized Design (CRD ) to evaluate the performance of the GHD with fresh plantain, tomato and turmeric
The Feasibility of Waste Workshop Oil for the Formulation Lubricating Grease with-Bio Thickener for Industrial Usage
Okure Unyime Enobong*, Zubair Ahmed Chandio
Environmental concerns have prompted industry to seek alternate green options for lubricating grease formulation. The key problems in generating modified grease include taking into account the chosen thickener as an environmentally friendly material. According to studies, waste oil can be utilized as grease base oil; nevertheless, the variety of waste oil compositions at every disposal influence g
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