This book explores how AI and Machine Learning solve complex flow assurance issues. It consolidates diverse research, methodologies, and case studies, serving as a comprehensive reference for researchers, students, and engineers in the energy industry.
This book covers core estimation methods, intelligent condition assessment, and management for energy storage systems. It provides a theoretical foundation and practical guide with rich examples for researchers and practitioners seeking to innovate in the field.
Founded by Dr Cho Han Kyu, Natural Farming is a nature-respecting alternative to chemical-intensive agriculture that assures high yield and good quality for lower costs. Now used in over 15 countries, it provides tools to improve livelihoods and conserve the environment.
This book presents a groundbreaking approach to estimating the state of charge (SOC) of lithium-ion batteries. This method combines neural networks and Kalman filtering to enhance accuracy and adapt to battery aging, paving the way for improved battery management systems.
Towards Sustainable Energy
Hailing renewables as the solution to climate change is an overoptimistic diagnostic. This book analyzes all primary energy sources, concluding the transition to an energy system with acceptable emissions is far from smooth. Mankind is at a crossroads with difficult decisions.
This guide covers the processing and combustion of fuels—biomass, petroleum, coal, natural gas, nuclear, hydrogen, and fuel cells. It addresses recent advances, emission concerns, and how advanced fuels can be optimized for efficiency and compliance with EURO VI emission norms.
This book covers the automatic protection, control, and monitoring of power systems. It focuses on intelligent algorithms to combat ferroresonance and SSR in traditional and smart grids, and introduces a SCADA-based system for simulation, analysis, and energy management.
This book explores the link between human comfort and energy efficiency. Integrating engineering, psychology, and social sciences, it explains how human behaviour impacts energy use and offers practical solutions for creating more energy-conscious environments.
Applications of Nuclear Materials
This book covers recent developments in nuclear science and technology and its applications. Covering both fundamental and advanced aspects in an accessible way, it elaborates on the use of nuclear materials in sectors like health, energy, and forensic science.
The Mediterranean Sea
The Mediterranean Sea has experienced significant alterations due to natural processes, but human activities have accelerated these changes. Rising sea levels, pollution, and loss of biodiversity threaten this vital ecosystem, requiring urgent global efforts.
This study introduces a holistic workflow for evaluating complex carbonate and clastic reservoirs. By combining borehole imagery, petrophysical logs, and core samples, this research reveals new insights into reservoir structure, fracture detection, and permeability distribution.
From the unique perspective of a solar space scientist turned oilfield engineer, this book takes an honest look at the energy transition. How are oil giants pivoting on climate change? Is the urgency as dire as we’re told? A must-read to understand the reality of climate change.
This book addresses trends in renewable energy sources, energy storage, and smart systems. In addition to photovoltaic and wind generation, it considers new solutions for smart grids, energy management, and innovative renewable exploitation techniques.
This book proposes a method for estimating lithium battery state of charge (SOC) by fusing deep learning and filtering algorithms. It uses BiLSTM neural networks to overcome the limitations of standard LSTM, resulting in improved feature extraction and greater accuracy.
This book focuses on the co-estimation strategies of State-of-Charge (SOC) and State-of-Health (SOH) for lithium-ion batteries. It proposes a collaborative optimization strategy based on neural networks, providing technical references for scholars and engineers.
Disasters are not always acts of nature. This book opens a new field in disaster research: those caused by mankind. From industrial accidents to political corruption, it explores our vulnerability, resilience, and introduces the new concept of disaster sustainability.
Public disbelief slows the development of nuclear power. This can be overcome by creating reactors with inherent self-protection, where the causes of severe accidents are excluded by the laws of nature. This book collects reports from Russian specialists on such reactors.
Heat transfer is vital for efficient power production. This book covers efficiently utilizing energy by integrating heat exchangers into power production units. It provides descriptions of heat transfer applications in everyday life and industry, supported by practical examples.
This book explores efficient energy utilization in industrial sites, offering a recipe to minimize Global Warming and Ozone Depletion. It presents insights into thermodynamics and energy management to help engineers deal with energy issues from a more global perspective.
The sun is a powerful source of energy, yet we fail to use it efficiently. This book explains the significance of light spectra and intensity manipulation through innovation for enhanced electricity production by solar devices.