List of Septic Design Templates for the Pressure Systems CD Septic Design Drawings

Below is a chart showing various specs and details of the septic systems that make up the Pressure Systems CD. The names and land locations have been changed to protect the owners, and the drawings have been made adaptable wherever possible for the addition of your site information to create complete drawing sets. For most septic designs, one of the templates below will be your starting point for an excellent septic design.

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File Code Name System Type Drainfield Type Vault/ Gravel Bed Rooms/ Septic Tank Size Gallons /Day Drainfield Sq. Ft. Doses per Day/ Pump Chamb Size Filter Sand Special Features
GTPMAA Sunshine Community Economical System Trench Vault 22/ 5150 2640 2700 = 12 trench 75 x 3 4/ 1000 No Community Septic with 10 Manufactured Homes, Duplex Pumps with Demand Pumping, Lag on High Level Alarm, Drainfields 800 Ft. from Tank Location, Lowest Cost Small Community System
GTPMAB Clear Creek Condominium with Surge Tank Bed Gravel 13/ 2500 1560 1314 = 2 beds 73 x 9 4/ 4000 No 6 Unit Resort Condo with periods of Overload and Rest, Surge Tank in System to Equalize Flows
GTPMEA Orca Bay Experimental Textile Filter/ Repair Recirculating Textile Filter/ Half Pipe textile filter area 120 Sq. Ft. 46/ Existing tanks 5520 750 = 10 trench 75 x 1 recirc system/ 2500 Textile Restricted Site Area, Experimental Textile Treatment Media, Gravelless Disposal Component, Original replacement area was built over requiring a Super Compact Repair on small lot
GTPMSA Barnes Community STEP System Bed (Bottomless Sand Filter) Vault 21, individual tanks at each house 2520 1689 = 3 beds 62.5 x 9 4 Yes Community Septic with 7 houses on STEP System (Septic Tank Effluent Pumping), Triplex Pumps with Demand Pumping (Rotating Lead Lag Pumping), Good Quality System
GTPNBG3A Obrein Shallow Bed Bed Gravel 3/ 1000 360 450 = bed 50 x 9 4/ 720 No Conventional Condition with Shallow Drainfield Lower than Tank, Average Quality
GTPNBG4B Hernandez Bottomless Sand Filter Bed Gravel 4/ 1000 480 450 = bed 50 x 9 4/ 720 Yes Tanks in Front, Drainfield in Back (longer than usual transport line)
GTPNBV3A Jackson Shallow Bed Bed Vault 3/ 1000 360 375 = beds 31.25 x 6 4/ 720 No Drainfield Lower than tank, Shallow Excavation
GTPNBV3B Hall Shallow Bed Bed Vault 3/ 1000 360 280 = bed 31.25 x 9 4/ 720 No Shallow Excavation
GTPNBV3C Leary Deep Bed Bed Vault 3/1000 360 288 = bed 32 x 9 4/720 No Turbine Pump, Sloping Site, Surface Water, 4 ft Vaults, Good Quality System
GTPNCG2A Woods Shallow Trench Trench Gravel 2/ 1000 240 612 = 5 trench 40 x 3 2/ 720 No Poor Soil, Space Restricted site
GTPNCG2B Long Shallow Trench Trench Gravel 2/ 1000 240 612 = 3 trench 68 x 3 2/ 520 No Poor Soil, Special Three Compartment Tank
GTPNCV3A Hendrix Shallow Trench Trench Vault 3/ 1000 360 394 = 3 trench 44 x 3 4/ 720 No Shallow Trench With Vaults, Avg+ Quality
GTPNCV3G Glenn Shallow Trench/ Remote Drainfield Trench Vault 3/ 1000 360 506 = 3 trench 56.25 x 3 2/ 1000 No Drainfield 1300 Ft. From Tank, Extremely Poor Soil, Freeze Protected, Easements Required and Described, As-builts and Photos
GTPNCV4A Slate Shallow Trench Trench Vault 4/ 1000 480 506 = 3 trench 56.25 x 3 4/720 No Poor Soil, 160 Ft. Transport Line
GTPNCV4B Donner Shallow Trench Trench Vault 4/ 1000 480 525 = 4 trench 44 x 4 2.5/ 1000 No Sloping Site, Poor Soil, Drainfield Below Tanks, Oversized Pump Chamber
GTPNCV5A Eastman Shallow Trench Trench Vault 5/ 1250 600 600 = 4 trench 50 x 3 2/ 720 No 1250 Gal Tank, Extremely Shallow Instalation, Drainfield Downhill from Tank
GTPNMG2A Stone Mound Bed Gravel 3/ 1000 240 203 = bed 27 x 7.5 6/ 720 Yes Compare to Summer System, This is a less expensive System to Acomplish the Same Result with a Minor Loss of Reliability.
GTPNMG3A Lee Mound Bed Gravel 3/ 1000 360 306 = bed 34 x 9 6/ 720 Yes Cramped Site, 18" to original grade, Demand Dosing, Less Expensive Mound
GTPNMG4A Lo Mound Bed Gravel 4/ 1000 480 400 = 2 beds 40 x 5 8/ 1000 Yes Flat Site, Programmable Timer Control, Automatic Distributing Valve, Alternating Drainfields
GTPNMV3A Summer Mound Bed Vault 3/1000 360 324 = bed 36 x 9 6/1000 No Sloping Site, Timed Dosing, 4 Foot Drainfield Vaults, Good Quality Mound
GTPNSG1A Stewart Bottomless Sand Filter Bed Gravel 1/ 720 120 200 = bed 20 x 10 6/ None Yes Inexpensive Solution for Small Flow, No Pump Chamber in System, Pumping Instead from Septic Tank, Not Allowed in some Jurisdictions
GTPNSG2A Cole Bottomless Sand Filter Bed Gravel 2/ 1000 240 200 = bed 20 x 10 4/ 720 Yes Cramped Site, Many Easements
GTPNSG2B Grover Bottomless Sand Filter Bed Gravel 2/ 1000 240 204 = bed 34 x 6 4/ 720 Yes Crampped Site, drainfield downhill, Good Quality
GTPNSG2C Perez Bottomless Sand Filter Bed Gravel 2/ 1000 240 204 = bed 34 x 6 4/ 720 Yes Crampped Site, Average Quality, Narrow Long Drainfield
GTPNSG2D Marx Bottomless Sand Filter Bed Gravel 2/ 1000 240 204 = bed 34 x 6 4/ 720 Yes Sewer Line Must Cross Water Line, Crampped Site, Avg+ Quality
GTPNSG2E Hoffman Bottomless Sand Filter Bed Gravel 2/ 1000 240 200 = bed 20 x 10 4/ 720 Yes Confined Commercial Site, Traffic Bearing Tanks, 720 Gal Pump Chamber, Average Quality, Very Economical System
GTPNSG3A Olin Bottomless Sand Filter Bed Gravel 3/ 1000 360 300 = bed 30 x 10 4/ 720 Yes Lakefront Lot on moderately steep site
GTPNSG3B Love Bottomless Sand Filter Bed Gravel 3/ 1000 360/ 1000 300 = bed 30 x 10 6/ 1000 Yes Lakefront Lot, Resort Condition with High Sewage Flow at times with Long Idle Periods in between, Very Reliable System with Many Redundancies
GTPNSG3D Rand Bottomless Sand Filter Bed Gravel 3/ 1000 360 306 = bed 34 x 9 4/ 720 Yes This is the Cheapest System Possible and may Not be legal in some areas - Check Your Regulations Closely
GTPNSG3E Brown Bottomless Sand Filter Bed Gravel 3/ 1000 360 308 = bed L shaped 4/ 720 Yes Extremely Restricted Site, L Shaped Bed, Avg+ Quality, Very Custom With Many Setbacks
GTPNSG3F Thomas Bottomless Sand Filter Bed Gravel 3/ 1000 360 300 = bed 40 x 7.5 4/ 720 Yes Confined Site, Tank Under Deck, Drainfield Downhill from Tank, Effluent Line Crosses Water Line Requiring Sleeving
GTPNSG3G Gault Bottomless Sand Filter Bed Gravel 3/ 1000 360 300 = bed 30 x 10 4/ 720 Yes Few Special Conditions, Flat Site,  Good Quality System
GTPNSG4A Yale Bottomless Sand Filter Bed Gravel 4/ 1000 480 450 = bed 50 x 9 6/720 Yes No Special Conditions for a 4 Bedroom Site
GTPNSG4B Ellis Bottomless Sand Filter Bed Gravel 4/ 1000 480 400 = bed 40 x 10 4/ 1000 Yes Few, Flat Site, Average Quality System (1000 Gal Pump Chamber)
GTPNSG5A Pots Bottomless Sand Filter Bed Gravel 5/ 1250 600 500 = bed 50 x 10 5/ 1000 Yes Standard Bottomless Sand Filter for Large Home
GTPNSV2A Davis Bottomless Sand Filter Bed Vault 2/ 1000 240 225 = bed 37.5 x 6 4/ 720 Yes Very Cramped Site, Drainfield Below Tank, Good Quality
GTPNSV2B Laplant Bottomless Sand Filter Bed Vault 2/ 1000 240 225 = bed 37.5 x 6 4/ 720 Yes Sloping Site, Drainfield 13 Ft. Above tank
GTPNSV3A Hunt Bottomless Sand Filter Bed Vault 3/ 1000 360 338 = bed 37.5 x 9 4/ 720 Yes End Manifold, Moderate Cost System
GTPNSV3B Jones Bottomless Sand Filter Bed Vault 3/ 1000 360 338 = bed 37.5 x 9 6/ 720 Yes Center Manifold Always Has Superior Distribution Compared With End Manifold
GTPNSV3C Hood Bottomless Sand Filter Bed Vault 3/ 1000 360 450 = bed 50 x 9 4/ 720 Yes Average Quality, Moderate Cost System for an Average 3 Bedroom Home
GTPNSV3D Bair Bottomless Sand Filter Bed Vault 3/1000 360 324 = bed 36 x 9 5/720 Yes 4 foot Vaults, Good Quality System
GTPNSV4A Lennon Bottomless Sand Filter Bed Vault 4/ 1250 480 450 = bed 50 x 9 5/ 1000 Yes 8 foot lift up to drainfield from tank, A Gravity Design is Shown Also to Compare the Space Requirements for Both Systems
GTPNSV4B King Bottomless Sand Filter Bed Vault 4/ 1000 480 421 = bed     6 x 69 5/ 720 Yes Long Narrow Average Quality Drainfield and System
GTPNSV4C Decker Bottomless Sand Filter Bed Vault 4/1000 480 612 = bed 68 x 9 4/1000 Yes Turbine Pump, Flat Site, 4 ft Vaults, 4 Bedrooms With a Large Bed, Good Quality System
GTPNTG2A Grey Intermittent Sand Filter Sand Filter/ Vault Trench Pea Gravel SF 200 Sq. Ft. 2/ 1000 240 150 = 2 trench 25 x 3 10/1000 Yes Lakefront, Severely Restricted Site with Poor Soil, Conventional Vault Type Disposal Drainfield - Note Small Size Drainfield Needed With Sand Filter
GTPNTG3A Sanford Intermittent Sand Filter Sand Filter/ Vault Trench Pea Gravel SF 300 Sq. Ft. 3/ 1000 360 281 = 3 trench 31 x 3 6/ 1000 Yes Sloping Site, Poor Soil, Timed Dose
GTPNTG6A Grant Intermittent Sand Filter Sand Filter/ Half Pipe Pea Gravel SF 600 Sq. Ft. 6/ 1500 6 - 10/ 1500 150 = 3 trench 50 x 1 15/1500 Yes Experimental Design, Large Sand Filter, Remote Disposal Field, Exposed Transport Line, Shallow Tanks, Extremely Small Disposal Drainfield - Almost No Soil Available

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Last Revised: 10/24/2005
Copyright © 2005 ECO-NOMIC INC. All rights reserved.

 

 

 

 

 

 

 

 

 

 

 

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