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工程工具 · 给水与废水澄清

沉淀池设计

筛查澄清池几何尺寸、表面溢流负荷与堰负荷、停留时间及单池停运工况。

状态
已上线
PROJECT · OPTIONAL

Project metadata

Report context for exports; it does not change calculations.Edit detailsHide details

01 · USER INPUT

Design basis and inputs

Engineering calculations run locally in this browser after assets load.

02 · CALCULATED RESULT

Results at a glance

Load or enter inputs, then calculate to create an authoritative result.

03 · REPORTING

Exports and verification

CSV contains input and output detail. PDF uses the current calculation and report metadata.

Verification suite

Calculation revision 256b18f5

85 focused fixtures: focused engineering fixtures for geometry, operating cases, criteria, optional inputs, independent hand-calculated cases, finite-result boundaries, result presentation, and active-input export behavior. Tests are deterministic and run without network access.

此工程工具目前仅提供英文版本。

01

工程依据

方法

根据所选池体几何尺寸和运行池数计算平面面积、表面溢流负荷、停留时间、堰负荷、可选固体负荷及停运一池工况。几何与判据由用户提供;本筛选不预测沉降或去除效果,也不判定规范或法规合规。

Basin plan area uses only the selected geometry: length × width, pi × diameter squared / 4, or the entered area.

Surface overflow rate = design flow / active plan area. Volume = active area × side-water depth; detention time = volume / design flow.

Weir loading = design flow / active weir length. One-unit-out calculations use N - 1 identical basins and their remaining weir length.

Solids loading = the entered plant solids mass flow / active plan area. The same plant solids mass flow is distributed across the remaining active area for the one-unit-out case.

范围 / 限制

  • 根据流量、水深、堰条件和可选的用户判据,对比矩形、圆形或直接输入的池体面积,并明确提示 N−1 工况。
  • This screening calculation does not perform CFD, predict settling or particle removal, or guarantee treatment performance.
  • It does not provide structural, mechanical, scraper, or detailed clarifier design.
  • Criterion comparisons use user-entered values and do not determine code or regulatory compliance.
02

工程路径

饮用水处理路径

废水处理路径