Bøger af Roger Francis

Embark on a paradigm-shifting journey towards mindful communication and conflict resolution with Roger Francis's insightful Special Report, "Compassionate Communication: Mindful Conflict Resolution".This enlightening resource dives deep into the heart of empathetic interactions and the transformative power they hold in personal, professional, and social settings. Here's what you'll discover: Understanding Compassionate Communication: Learn about this powerful and transformative way of connecting with one another. The Science Behind Empathy and Connection: A fascinating exploration into why we respond the way we do and how we can harness it for better interactions. Mindfulness as a Communication Tool: Uncover effective strategies for staying present, managing emotions, and maintaining an openness that fosters understanding. Conflict Management through Compassion: Find out how leading with compassion can diffuse tension, resolve problems, and strengthen relationships."Compassionate Communication: Mindful Conflict Resolution" is more than just a manual; it's a journey of self-discovery and growth, offering practical techniques interspersed with real-life examples. It's designed to help you not only enhance your communication skills but also to enrich your life experiences. Join Roger Francis on this insightful exploration and immerse yourself in the world of compassionate communication today!

The world's population is steadily increasing and with it is an increasing demand for freshwater, for both drinking and irrigation. In many areas of the world, particularly in arid regions, there are limited freshwater sources such as rivers and groundwater, so desalination is being increasingly used to produce freshwater to satisfy both requirements. Although desalination is sometimes carried out on brackish waters and highly saline well waters, most desalination plants generate fresh water from seawater with a daily production that reached 95 million m3/day in 2019. Drs. Francis and Meroufel have been active in all types of desalination plants for many years, either solving corrosion problems, or, less often, preventing them from happening. There are very few publications that discuss the specific corrosion problems in desalination plants, and there are none written with the plant engineer in mind. Plant engineers often do not have an in-depth knowledge of corrosion, and because of this, they need help with day-to-day problems that may involve corrosion. Modern desalination plants are often designed with a 40-year lifespan, so it is important that plant engineers know how to tackle corrosion problems to maintain water production without shutdowns or, in extreme cases, shortening plant life.This book was conceived as being a helpful guide that can sit on an engineer's desk, and which will give advice not just on diagnosing corrosion failures, but on how to monitor the plant's resistance to corrosion by inspection and monitoring.

The world's population is steadily increasing and with it is an increasing demand for water-for both drinking and irrigation. In many areas of the world, particularly in warmer climates, there are limited sources from rivers and wells, so desalination is being increasingly used to produce water to satisfy both requirements. Although desalination is sometimes carried out on brackish waters and highly saline well waters, most desalination plants generate fresh water from seawater.There are three main processes used in desalination plants, the oldest of which is multistage flash (MSF), where the water is essentially boiled at low pressure and the steam that flashes off is condensed for drinking water.The second process is multiple-effect distillation (MED), in which low pressure steam is used to force evaporation of seawater and the vapor is then condensed for drinking water. Although actual MSF and MED plants(large-scale) are land based, small-scale units have been fitted to large ships, such as cruise liners, to generate fresh water.The third process is seawater reverse osmosis (SWRO), where chloride is selectively removed from water by forcing it at high pressure through a special membrane. This method involves no heat transfer but requires enough electricity to power the high-pressure pumps that are required. All three of these methods have advantages and disadvantages.This book looks at corrosion problems specific to MSF, MED, and SWRO osmosis desalination plants, describing their causes, some solutions, and the relative performance of various materials. It gives advice on procuring materials for desalination plants to avoid quality problems.