project title efficient pricing for urban waste water...

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RESEARCH PROJECT TECHNICAL COMPLETION REPORT Institution University of Connecticut Date of Report July 9, 1973 OWRR Project No. B-006-CONN QWRR Agreement No. 14-31-0001-3266 Project Title Efficient Pricing for Urban Waste Water Rennvatinn Principal Investigators Rein Laak, Robert L. Leonard, and Hayrettin Kardestuncer Project Began (Mo.-Yr.) July 1970 Project Ended (Mo.-Yr.) Dec. 1972 PROJECT OBJECTIVES: 1) To identify for selected urban waste water renovation plants the impact of each major industrial waste component on the effectiveness of the treatment process and on operation and maintenance costs. 2) To estimate reductions in particular waste components needed to make possible the production of an acceptable effluent without major capital expenditure at the treatment plant. 3) To identify process changes and additions needed to produce an affluent of the quality expected from secondary treatment and chlorination with no reduction in wastes received. 4) To estimate the increased capital and operating costs likely to result from treating various amounts of each major industrial waste at an appropriately designed plant. 5) To develop pricing systems which will promote an effective and efficient combination of industrial waste control at the source, pretreatment at the source, and final treatment at the municipal plant. /

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RESEARCH PROJECT TECHNICAL COMPLETION REPORT

Inst i tut ion Universi ty of Connect icut Date of Report July 9, 1973

OWRR Project No. B-006-CONN QWRR Agreement No. 14-31-0001-3266

Project Title Efficient Pricing for Urban Waste Water RennvatinnPrincipal Investigators Rein Laak, Robert L. Leonard, and Hayrettin Kardestuncer

Project Began (Mo.-Yr.) July 1970 Project Ended (Mo.-Yr.) Dec. 1972

PROJECT OBJECTIVES:

1) To identify for selected urban waste water renovation plants theimpact of each major industrial waste component on the effectivenessof the treatment process and on operation and maintenance costs.

2) To estimate reductions in particular waste components needed tomake possible the production of an acceptable effluent withoutmajor capital expenditure at the treatment plant.

3) To identify process changes and additions needed to produce anaffluent of the quality expected from secondary treatment andch lo r ina t ion w i th no reduc t ion in was tes rece ived .

4) To estimate the increased capital and operating costs likely toresult from treating various amounts of each major industrialw a s t e a t a n a p p r o p r i a t e l y d e s i g n e d p l a n t .

5) To develop pricing systems which will promote an effective andefficient combination of industrial waste control at the source,pre t reatment a t the source, and fina l t reatment a t the munic ipa lp l a n t .

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