What is BS EN 16907-3-Construction procedures for earthworks about?  
BS EN 16907 is a European standard that discusses earthworks. The main aim of the EN 16907 series is to provide best industry strategies and guidance to entities involved in earthworks, to ensure that the foundational stability and integrity of civil engineering processes are maintained.
BS EN 16907-3 is the third part of the series that provides execution procedures for excavating, transporting and placing soils and rocks for the construction of earth structures and guidance for the work. Additionally, it includes excavation and placement of rock materials underwater.
Who is BS EN 16907-3- Construction procedures for earthworks for?
BS EN 16907-3 on earthworks is relevant to: 
- Geotechnical engineers and consultants
- Designers, contractors, operators and maintainers of earthwork
- Construction companies
- Land/soil/site investigation authorities
- Land reclamation project management
- Civil engineers
- Local authorities
Why should you use BS EN 16907-3- Construction procedures for earthworks? 
Earthworks are a civil engineering process aimed at creating earth-structures by changing the geometry of the earth surface for construction or other activities.
BS EN 16907-3 provides best industry guidance that includes:
- The type and nature of the material to be excavated and their respective excavation techniques. This can determine the manner and the rate of excavation
- Execution of transportation with focus on soil type and trafficability characteristics that can help minimize the distances that the materials are transported whilst ensuring that the project requirements are satisfied
- Filling and compaction processes that include compaction specifications, material groupings, preparation of fill area, spreading and thickness, to ensure efficient stability and durability of earth-structures.
Overall, BS EN 16907-3 contributes to the efficiency and integrity of earthwork processes. Moreover, these guidelines can be particularly beneficial for entities involved with land reclamation works as it could ensure underground works and foundation constructions are stable and durable.
