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Generic
Process Flow Diagram - LEAD/LAG

Heliodor Solutions’ units remove hydrogen sulfide from process vapor
streams. The following information is required to design a system to
meet your operational needs:
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Pressure: |
psig |
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Temperature: |
°F |
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Flow rate: |
mmscfd |
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H2S: |
ppm |
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Stream Composition: |
mol% |
The composition of the influent gas stream and the final H2S
requirement will determine the number and the size of the pressure
vessels required. The simplest system is a single vessel with a gas
inlet/outlet and a drain, without storage for chemical or spent
solutions. The diagram above is an example of two vessels operating in a
lead/lag configuration, with optional spent solution storage. A Process
Flow Diagram can be designed to specific gas parameters, upon request.
Gas enters near the bottom of the primary vessel online and exits the
top. The gas stream exiting the last vessel is monitored for H2S,
which is easily accomplished using an online detection device or a
drager tube. The H2S
reading is used to determine when the chemical solution needs to be
recharged.
Heliodor Solutions supplies the HS-1500 chemical solution and pressure
vessels. The customer provides foundation, piping, pumps and
instrumentation. Heliodor Solutions will monitor the system startup and
initial operation and also train personnel to oversee continuous
operation and to conduct chemical change out. We will provide quotes for
the disposal of the spent solution, if required. |