Cap Barriers: Halt Slope & Landfill Issues

Erscheinungsjahr 2024
ISBN: 978-3-384-22094-3
Verlag: tredition

Buch, Englisch, 188 Seiten, Format (B × H): 155 mm x 234 mm, Gewicht: 328 g

Traditionally, geotechnical design focuses on soil strength and stability. But what about water management? Capillary barriers, innovative layers within soil profiles, are revolutionizing this field. By manipulating water's surface tension, these barriers restrict downward flow, reducing water infiltration into sensitive areas. This opens doors for geotechnical engineers. Imagine slopes stabilized by redirecting rainwater, or landfill caps keeping pollutants contained. Capillary barriers are shaping the future of geotechnical design, promoting sustainable and water-conscious construction.

Zielgruppe

Capillary barriers, clever layers in soil, are changing geotechnical design. By harnessing water tension, they control flow, offering exciting possibilities. From stabilized slopes to secure landfill caps, these barriers are shaping a water-smart future for construction.

Autoren/Hrsg.

Michael

Über Autor(innen)

Michael
Dr. Michael, for your Environmental Engineering course, I'd like to propose "Cap Barriers: Halt Slope & Landfill Issues". This book tackles the critical challenges of securing landfill caps, focusing specifically on the stability of halt slopes – the landfill's inclined borders. We'll delve into best practices and emerging technologies for mitigating these concerns.

The book analyzes how factors like leachate (decomposition liquid) and gas generation can compromise slope stability, and explores solutions like leachate treatment and gas control systems. Additionally, we'll examine the effectiveness of various liner systems in preventing contamination and ensuring slope integrity. "Cap Barriers" goes a step further by exploring innovative technologies for slope reinforcement, monitoring, and early detection of potential issues. This book is a valuable resource for environmental engineers, landfill operators, and regulators seeking a comprehensive understanding of overcoming these critical landfill challenges.