For use in both foul and surface water applications

For use in both foul and surface water applications

For use in both foul and surface water applications

With higher velocity at low flows, reducing the risk of siltation and sewer blockages, Ovoid pipes are ‘egg-shaped’ and can offer lower operating costs, as sewers may be laid without the need for pumping.

Ovoid pipe solutions can be commonly found in Victoria brick-built sewer systems and in some circumstances, concrete ovoid drainage pipes are used to replace parts of an existing sewer network.

Marshalls Civils & Drainage Ovoid concrete pipes are produced and tested in accordance with the relevant provisions of BS EN1916:2002/BS 5911-1:2002 Class 150 including dimensional tolerances, crushing, hydrostatic, water absorption and joint tests.

Available are various lifting options depending on size. The 600 × 900 mm and 800 × 1200 mm pipes are supplied with two lift anchors cast in the top for use with ‘Flexilift’ lifting/jointing system, whereas the ‘C’ hook is available for lifting/jointing 400 × 600 mm ovoid’s. All Ovoid pipes have lifting jointing equipment available on request.

Features and benefits:

• Lower operating costs, where some sewers may be laid without the need for pumping.
• Better self cleansing and therefore less risk of siltation and blockage.
• Sustainable, strong and durable sewerage solution with a 120-year design life.
• Reduced costs of trench excavation resulting from shallower gradients.

With higher velocity at low flows, reducing the risk of siltation and sewer blockages, Ovoid pipes are ‘egg-shaped’ and can offer lower operating costs, as sewers may be laid without the need for pumping.

Ovoid pipe solutions can be commonly found in Victoria brick-built sewer systems and in some circumstances, concrete ovoid drainage pipes are used to replace parts of an existing sewer network.

Marshalls Civils & Drainage Ovoid concrete pipes are produced and tested in accordance with the relevant provisions of BS EN1916:2002/BS 5911-1:2002 Class 150 including dimensional tolerances, crushing, hydrostatic, water absorption and joint tests.

Available are various lifting options depending on size. The 600 × 900 mm and 800 × 1200 mm pipes are supplied with two lift anchors cast in the top for use with ‘Flexilift’ lifting/jointing system, whereas the ‘C’ hook is available for lifting/jointing 400 × 600 mm ovoid’s. All Ovoid pipes have lifting jointing equipment available on request.

Features and benefits:

• Lower operating costs, where some sewers may be laid without the need for pumping.
• Better self cleansing and therefore less risk of siltation and blockage.
• Sustainable, strong and durable sewerage solution with a 120-year design life.
• Reduced costs of trench excavation resulting from shallower gradients.

With higher velocity at low flows, reducing the risk of siltation and sewer blockages, Ovoid pipes are ‘egg-shaped’ and can offer lower operating costs, as sewers may be laid without the need for pumping.

Ovoid pipe solutions can be commonly found in Victoria brick-built sewer systems and in some circumstances, concrete ovoid drainage pipes are used to replace parts of an existing sewer network.

Marshalls Civils & Drainage Ovoid concrete pipes are produced and tested in accordance with the relevant provisions of BS EN1916:2002/BS 5911-1:2002 Class 150 including dimensional tolerances, crushing, hydrostatic, water absorption and joint tests.

Available are various lifting options depending on size. The 600 × 900 mm and 800 × 1200 mm pipes are supplied with two lift anchors cast in the top for use with ‘Flexilift’ lifting/jointing system, whereas the ‘C’ hook is available for lifting/jointing 400 × 600 mm ovoid’s. All Ovoid pipes have lifting jointing equipment available on request.

Features and benefits:

• Lower operating costs, where some sewers may be laid without the need for pumping.
• Better self cleansing and therefore less risk of siltation and blockage.
• Sustainable, strong and durable sewerage solution with a 120-year design life.
• Reduced costs of trench excavation resulting from shallower gradients.