How should the standards for highwall and bank stability be designed?

Designing standards for highwall and bank stability requires a comprehensive understanding of engineering principles that prioritize safety, reliability, and efficiency in the excavation environment. When standards are aligned with prudent engineering design principles, they ensure that all relevant factors such as geology, materials, and environmental conditions are taken into account.

Prudent engineering design principles involve a systematic approach to identifying potential risks and implementing measures to mitigate those risks. This includes the use of appropriate engineering techniques, regular assessments of stability conditions, and adherence to best practices that enhance the safety of the excavation sites. The objective is to create a robust framework that supports the long-term stability of highwalls and banks while protecting personnel and equipment.

While technological advancements can improve designs and regulatory compliance is crucial for legal operations, they should complement, not replace, sound engineering principles. Relying solely on operational cost minimization can result in compromises that jeopardize safety and stability. Therefore, using prudent engineering design principles as the foundation for establishing standards is essential for ensuring effective highwall and bank stability management.