Marsh Ensign sewage treatment plants are widely regarded as one of the most efficient, reliable and economical systems on the market.
The Ensign:Standard is a robust unit with no internal moving parts meaning simple installation and commissioning and minimal long-term maintenance and cleaning.
Ranging in size from 4 to 35PE online with larger capacities up to 50PE please call the office for 35+ for POA. With a wide range of ancillaries, almost all site, consent and budget requirements can be met by units from the range.
Tested and approved to BSEN12566-3/A1:2009 all Ensign units provide treatment well within national consent requirements. Published test results of 11.5:19.2:8.4mg/ltr (BOD:suspended solids:ammonia), with influent concentrations on test higher than those chosen by most competitor plants, effectively equates to 97% pollutant removal.
Key Features:
1.Inlet with ‘Forsheda seal’
Forsheda seal provides flexibility in the joint for easier installation.Optional risers to increase invert depth are available.
2.Primary settlement chamber
3.Aeration chamber
4.Compressor housing – internal or external options available
The compressor can be housed internally or externally with no difference in cost.External recommended to increase compressor life, and supplied as standard on 4PE, shallow and pumped outlet versions.
5.PVC pressure pipe/diffuser(s)
Provides a protective conduit for the air diffuser line. Can be easily removed for maintenance and cleaning.
6.Bio-media
High specification bio-media (310m3 per m2) and membrane diffusers ensure even circulation to eliminate ‘dead spots’. The bio-media is contained by a stainless steel securing mesh to ensure no migration during handling or potential flooding.
9.Stainless steel mesh
Retains media in aeration chamber during transportation and handling, and in the event of flooding.
10.Final settlement chamber
11.32mm sludge return
Larger diameter sludge return prevents the possibility of blockages and improves system circulation. Provides higher effluent quality whilst balancing flow over a 24 hour period or periods of intermittent use.
13.Outlet with ‘Forsheda seal’
Forsheda seal provides flexibility in the joint for easier installation. Optional pumped outlets are available.
14.Impermeable lid
Heavy duty lid/frame improves strength and durability whilst blending into the surrounding environment. (Regular lid on Ensign:Standard models).
15.Integral lifting eyes
For safe and secure on-site handling.
16. Stabilising feet
Stabilising feet prevents the tank from rolling and allows safe and steady transportation and installation.
17.Unique ‘keying-in’ lip
Assists anchoring into granular or concrete surrounds.
Operating Principle:
In addition to anaerobic digestion taking place in the primary settlement chamber [2] the Ensign unit allows the clarified water to pass into a second ‘aeration’ chamber [3] where it is treated to remove the dissolved constituents. Here aerobic bacteria, supported by diffused air and mobile media, ensures full treatment is achieved before the treated effluent and ‘sloughed off’ bacteria flows to a final settlement chamber [10]. The final effluent is then discharged to the drainage field or watercourse via a Polylok filter.
Marsh Ensign sewage treatment plants are widely regarded as one of the most efficient, reliable and economical systems on the market.
The Ensign:Standard is a robust unit with no internal moving parts meaning simple installation and commissioning and minimal long-term maintenance and cleaning.
Ranging in size from 4 to 35PE online with larger capacities up to 50PE please call the office for 35+ for POA. With a wide range of ancillaries, almost all site, consent and budget requirements can be met by units from the range.
Tested and approved to BSEN12566-3/A1:2009 all Ensign units provide treatment well within national consent requirements. Published test results of 11.5:19.2:8.4mg/ltr (BOD:suspended solids:ammonia), with influent concentrations on test higher than those chosen by most competitor plants, effectively equates to 97% pollutant removal.
Key Features:
1.Inlet with ‘Forsheda seal’
Forsheda seal provides flexibility in the joint for easier installation.Optional risers to increase invert depth are available.
2.Primary settlement chamber
3.Aeration chamber
4.Compressor housing – internal or external options available
The compressor can be housed internally or externally with no difference in cost.External recommended to increase compressor life, and supplied as standard on 4PE, shallow and pumped outlet versions.
5.PVC pressure pipe/diffuser(s)
Provides a protective conduit for the air diffuser line. Can be easily removed for maintenance and cleaning.
6.Bio-media
High specification bio-media (310m3 per m2) and membrane diffusers ensure even circulation to eliminate ‘dead spots’. The bio-media is contained by a stainless steel securing mesh to ensure no migration during handling or potential flooding.
9.Stainless steel mesh
Retains media in aeration chamber during transportation and handling, and in the event of flooding.
10.Final settlement chamber
11.32mm sludge return
Larger diameter sludge return prevents the possibility of blockages and improves system circulation. Provides higher effluent quality whilst balancing flow over a 24 hour period or periods of intermittent use.
13.Outlet with ‘Forsheda seal’
Forsheda seal provides flexibility in the joint for easier installation. Optional pumped outlets are available.
14.Impermeable lid
Heavy duty lid/frame improves strength and durability whilst blending into the surrounding environment. (Regular lid on Ensign:Standard models).
15.Integral lifting eyes
For safe and secure on-site handling.
16. Stabilising feet
Stabilising feet prevents the tank from rolling and allows safe and steady transportation and installation.
17.Unique ‘keying-in’ lip
Assists anchoring into granular or concrete surrounds.
Operating Principle:
In addition to anaerobic digestion taking place in the primary settlement chamber [2] the Ensign unit allows the clarified water to pass into a second ‘aeration’ chamber [3] where it is treated to remove the dissolved constituents. Here aerobic bacteria, supported by diffused air and mobile media, ensures full treatment is achieved before the treated effluent and ‘sloughed off’ bacteria flows to a final settlement chamber [10]. The final effluent is then discharged to the drainage field or watercourse via a Polylok filter.
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