Where absorbent-liquid supply fits in the instrument
Limit the role to absorbent-liquid addition or circulation, and validate formulation, actual flow, backpressure and gas-liquid contact architecture. Assess gas sampling and analytical results at the relevant system level.
Validate absorbent-liquid addition or circulation with the actual formulation, flow and backpressure. Gas-liquid contact efficiency and final gas-analysis results require evaluation of the complete system.
Product responsibilities in this operation
The pump supplies absorbent liquid to the gas-contact vessel at the required installed flow. Confirm formulation, receiving backpressure, cumulative volume and refill interruptions; gas-liquid waste aspiration is a separate duty.
Compare DPL30, DPL60 and DPL30H against the actual absorbent formulation and supply load. Tubing, valves and receiving-vessel pressure determine installed flow; measure delivery and recovery after refilling at the contact vessel.
For this sample-gas and condensate task, define actual liquid flow, cumulative volume, allowable interruptions, backpressure, refills and operating duration.
Organize the sequence by actual architecture
- This task covers the liquid branch for absorbent addition or circulation. Confirm formulation, source vessel, contact unit and liquid destination.
- Arrange liquid supply within the pump's permitted media and actual backpressure. Measure flow, circulation or replenishment at the point of use.
- Assess absorbent-liquid supply separately from sample-gas aspiration. Check startup, shutdown, liquid changes and recovery after maintenance. Validate gas-liquid contact and final analytical results with the complete method.
Define operating conditions for this task
| To define | Details |
|---|---|
| Actual operating conditions | Actual flow, cumulative volume, allowable interruptions, backpressure, refills and operating duration |
| Acceptance target | Measure operating-flow trends and cumulative volume, including refill interruptions. Evaluate proportioning, process or analytical results according to the task. |
| Fault localization | An empty source, bubbles, slip, pressure changes or resetting can disturb continuous output. |
Compare product configurations by the roles on this page
| Product | Configuration option | Conditions to verify |
|---|---|---|
| DPL30 liquid diaphragm pump | Liquid supply or auxiliary circulation | Select by installed resistance, actual wash or working fluid and task window |
| DPL60 liquid diaphragm pump | Liquid supply or auxiliary circulation | Judge by peak demand and installed operating point, not free flow alone |
| DPL30H high-backpressure liquid diaphragm pump | Liquid branches requiring higher backpressure capability | Calculate pressure budget and actual flow first, then confirm interfaces and materials |
Validate operation results at the receiver
Measure working-flow trends and cumulative volume, including replenishment interruptions. Evaluate ratio, process or detection results according to the intended use.
Verify supply recovery, liquid level or operating state at the gas-contact unit and the analytical response after source replacement or maintenance. For a recirculating arrangement, confirm restored circulation; for replenishment, confirm the actual addition and resulting inventory.
Locate abnormalities and restore the next operation
An empty source, bubbles, slip, pressure changes or resets can disturb sustained output.
Restore the source, liquid column and installed flow, then check the contact unit and method response before accepting new data. In a replenishment branch, reconcile any measured or unknown addition with the receiver inventory. In a recirculating branch, verify circulation and liquid condition rather than treating circulating volume as fresh absorbent added.
Liquid flow, unloaded gas flow and gas-liquid drainage capability are not interchangeable. An absorbent-liquid pump is not necessarily suitable as a sample-gas pump.