Water Treatment Unit Converters
Instant, accurate conversions across the units that actually show up in water treatment engineering — from membrane flux and feed pressure to carbon dosing and vessel dimensions.
Flow Rate
8 Units
Open Converter ➔Pressure
7 Units
Open Converter ➔Concentration
6 Units
Open Converter ➔Volume
7 Units
Open Converter ➔Length
6 Units
Open Converter ➔Temperature
3 Units
Open Converter ➔Mass & Weight
6 Units
Open Converter ➔Density
4 Units
Open Converter ➔Membrane Flux
3 Units
Open Converter ➔Related Tools in This Process
Industrial water treatment tools rarely work in isolation — see how this calculator connects to the rest of the treatment train.
RO System Designer
Model permeate flow, recovery ratio, and concentrate TDS across multi-stage RO arrays, with membrane fouling and osmotic pressure checks.
Open ToolHandy UtilityActivated Carbon Sizing
Analyze contaminant loading and calculate precise carbon usage rates and vessel geometry.
Open ToolHandy UtilityPipe Friction & Pressure Drop Calculator
Model friction loss, fitting/valve losses, and elevation change for a single pipe run across common pipe materials, with temperature-dependent water properties.
Open ToolRelated Technical Reading
Deepen your understanding of the engineering behind this tool.
DCS vs. PLC in Water Treatment: Why Continuous Chemistry and Discrete Logic Need Different Control Architectures
A distributed control system and a programmable logic controller can both open the same valve, but they were built on opposite assumptions about what a plant is. Picking the wrong one for a zero-liquid-discharge evaporator or a scattered pump-station network doesn't show up on day one — it shows up years later, as downtime.
Read ArticleOversized Process Equipment in Industrial Water Treatment: Why Safety Margins Become Hidden Life-Cycle Costs
Stacked safety factors on pumps, blowers, membranes, and tanks don't just raise the purchase price — they push equipment out of its efficient operating window for years. A life-cycle model built on a real MBR retrofit shows a phased, right-sized design beating a one-time oversized build by roughly 10%, even when the deferred expansion eventually happens.
Read ArticleProduced Water Treatment: Why Direct Lithium Extraction Turns Zero Liquid Discharge From a Cost Center Into a Profit Center
Oilfield produced water has historically been a disposal problem solved by deep-well injection. As injection wells fill up and induced-seismicity restrictions tighten, the same brine is increasingly being read as a lithium ore body — but only if pretreatment is aggressive enough to protect an extraction bed that has zero tolerance for the oil and silica this water is full of.
Read Article