Recent Publications
Evaluating E-Waste as a Partial Coarse Aggregate Substitute in M25 Concrete- A Sustainability Perspective
Global electronic waste generation is accelerating at 3% to 4% annually with forecasts indicating volumes near 55 million tons per year by 2025. Managing e-waste disposal grants substantial challenges due to harmful constituents and storage restrictions. This investigation assesses electronic waste capability as a coarse aggregate substitute in M25 grade concrete. Testing was conducted on …
Development of a Wet-Cell HHO Generator System Incorporating an MOSFET-Based Linear Power Management System for Enhanced Performance of Gasoline-Powered Internal Combustion Engines
This study developed and evaluated a wet-cell oxyhydrogen (HHO) generation system integrated with a power management system (PMS) to improve the combustion performance and fuel efficiency of a small-capacity gasoline internal combustion engine (ICE). The HHO generator was fabricated using stainless steel (SS) electrodes arranged in a P–N–P–N configuration within a transparent acrylic cylindrical housing. …
Industrial Symbiosis in Eco-Industrial Parks – A Comprehensive Review of Resource Exchange, Environmental, and Economic Benefits
Under the dominant linear “take-make-dispose” paradigm, industrial operations have greatly boosted economic growth while also accelerating resource depletion, waste production, and environmental degradation. As a result, Industrial Symbiosis (IS) has become a viable approach to integrating Circular Economy (CE) concepts into Eco-Industrial Parks (EIPs). In order to assess IS’s economic and environmental performance, this comprehensive …
Real-Time Distributed Illuminance Measurement Systems for Large-Scale Lighting Evaluation – A Comprehensive Review
The current situation in large-scale lighting evaluation is shifting from intermittent lighting surveys measured by a lux-meter to a continually mapped and visualized lighting system which can sense, estimate, map and visualize the lighting in real-time. A survey of the relevant literature in the journals highlights research on sensing technologies, various distributed system architectures, spatial …
Comprehensive Review of AI-Based Energy Management Systems for Renewable Microgrids
Microgrids are viewed as a distributed power generation system, made up of renewable power resources such as PV, wind, battery storage, shiftable loads, etc., to make a system more sustainable and resilient. But owing to the bi-directional intrinsic properties of renewable energy sources and their intermittent flow, and the randomness of renewable energy demand, energy …
Comprehensive Review of AI-Based Energy Management Systems for Renewable MicrogridsRead More
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