British Precast Drainage Association documents within the Construction Information Service

• 20 reasons to use concrete
• Adopting concrete drainage reduces whole life carbon
• Assessing the carbon footprint and whole life GHG impacts of different underground attenuation tanks
• BS 5911 Part 3: 2014 - Important changes
• Carbonation (Part 1) - how it reduces the carbon footprint of concrete
• Carbonation (Part 2) - comparing the carbon footprint of concrete and plastic pipes
• Complete technical design guide
• Concrete and plastics pipes: the durability question
• Concrete drainage and sewerage products: your sustainable option
• Concrete pipeline joint integrity
• Concrete pipes. Lower the risks. Lower the costs
• Design standards for box culverts
• Eurocodes: Traffic loading and design assumptions
• Guide for offloading deliveries from concrete pipeline product suppliers
• Impact of pipe deflection on structural integrity, hydraulic performance and suitability for adoption
• Influence of bedding class on pipe material choice
• Managing the long term serviceability of sewers
• Pipe and manhole lifting solutions. A site guide for contractors
• Pipeline construction and the risks of manual handling
• Pocket guide to installing concrete manholes (with minimum 125mm wall thickness)
• Precast concrete box culverts: guide to site practice
• Quality concrete pipeline systems
• Service life of concrete pipeline systems
• Sewer pipes and resistance to jetting
• Storm water attenuation storage tanks for sustainable drainage (SuDS) applications
• Structural design of buried pipelines: The importance of correct classification of pipes and validating theory with practice
• Testing of pipe materials' resistance to high-pressure water jetting (Report 1)
• Understanding hydraulic performance and roughness coefficients of sewers and drains
• Understanding the carbon footprint of box culverts
• Water footprinting of wastewater pipelines
• What do you know about plastic pipes' deformation?