Plumbing Coalition Takes On Drain Line Transport
The Plumbing Efficiency Research Coalition (PERC) comprised
of five plumbing trade groups will make drain line transport its first research
project.
The coalition is made up of the Alliance for Water Efficiency; the International Association of Plumbing & Mechanical Officials; the International Code Council; the Plumbing-Heating-Cooling Contractors – National Association; and the Plumbing Manufacturers Institute.
Since the advent of 1.6-gallon per flush toilets in 1992, many plumbing professionals have voiced concern on whether the restricted flushes provide enough water for drain line transport of waste.
Recently, high efficiency toilets, which use even less water per flush and other toilets that use just 1 gpf have raised these concerns again, particularly for larger commercial systems and their long horizontal runs to the sewer. Drain line transport problems have already been reported in Europe and Australia.
In addition to low-flow toilets, waterless urinals, grey water systems, and other appliances that use less water means that much less water is being discharged into drainage systems.
To date, an extensive research project of sufficient scope to be able to determine if significant problems could arise regarding drain line transport has yet to be conducted.
IAPMO’s Pete DeMarco will serve as project coordinator for this inaugural research study and will also chair the Technical Committee assigned to the project. Each of the five member associations of PERC has named a representative to this committee. The first order of business is to define the parameters of the project.
The coalition is made up of the Alliance for Water Efficiency; the International Association of Plumbing & Mechanical Officials; the International Code Council; the Plumbing-Heating-Cooling Contractors – National Association; and the Plumbing Manufacturers Institute.
Since the advent of 1.6-gallon per flush toilets in 1992, many plumbing professionals have voiced concern on whether the restricted flushes provide enough water for drain line transport of waste.
Recently, high efficiency toilets, which use even less water per flush and other toilets that use just 1 gpf have raised these concerns again, particularly for larger commercial systems and their long horizontal runs to the sewer. Drain line transport problems have already been reported in Europe and Australia.
In addition to low-flow toilets, waterless urinals, grey water systems, and other appliances that use less water means that much less water is being discharged into drainage systems.
To date, an extensive research project of sufficient scope to be able to determine if significant problems could arise regarding drain line transport has yet to be conducted.
IAPMO’s Pete DeMarco will serve as project coordinator for this inaugural research study and will also chair the Technical Committee assigned to the project. Each of the five member associations of PERC has named a representative to this committee. The first order of business is to define the parameters of the project.
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