Presentation is loading. Please wait.

Presentation is loading. Please wait.

Liquid Drainers for the Upstream, Mid-Stream, Down-Stream HPI

Similar presentations


Presentation on theme: "Liquid Drainers for the Upstream, Mid-Stream, Down-Stream HPI"— Presentation transcript:

1 Liquid Drainers for the Upstream, Mid-Stream, Down-Stream HPI

2 New Opportunities The global shale gas boom has opened the door for numerous opportunities for Liquid Drain Trap product solutions. The nature of this sour gas from the wells demands specific metallurgy and design requirements. Product modification to meet these stringent requirements bring large sales opportunities to the oil and gas industries.

3 Where Do We Look? LNG Processing Plants/Terminals
Refineries/ Chemical Plants Pipeline Compressor Stations Drilling Rig Construction

4 New Opportunities - Up Stream
Drilling Platforms/ Production Sites Many compressors exist within the required equipment on a platform. Gas compression always facilitates the need for drainers regardless of the gas. Many production sites maintain a set of separation tanks and this application is suited for automatic drains, instead of manual pumping required from vacuum trucks

5 New Opportunities - Mid Stream
Pipeline compressor stations also offer large, high pressure, liquid drainer opportunities. This is required any time they compress the gas volume to increase the amount they can introduce into the pipeline.

6 Terminals, Refineries, Chemicals – Down Stream
Air and gas systems, require liquid removal, for protection of gas flows, and equipment. Any time you compress a gas you will get liquid fall out. Gas compressors - hydrocarbon liquids Thermal compressors - hydrocarbon liquids Typically HLS series - for HP light gravity liquids

7 Terminals, Refineries, Chemicals
Liquid Separation Different liquids often need separation from a common process stream, and numerous processes are utilized to achieve this. Dual Gravity Drainers inherently separate a heavier liquid from a lighter one. [like water from oil] commonly needed in tank farm storage, and large oil compressors.

8 Liquid Drainer Application Comparison
Normal/Standard Pressure &Temp Standard Specific Gravity Typical Qty. of Liquid needs to be drained in kgs/hr or Ltrs/hr Armstrong recommended Liquid Drainer Series or Model Advantaes of Armstrong Model Vs. Competition & Application HP Gas Compressors BAR .60 to 1.0 Varable due to qty of gas compressed HLS Series No mechanical competition Commonly use electrical timed cycle or level switch. HP-light gravity Air Compressors 1-10 BAR 1.0 kgs/hr. 21 Series including V (carbon Steel) Viton insert available on seat for tight closure Air Utility Drops .5-10 kgs/hr. 11 LD Small vertical 2 connection installation ss body Offshore Separation .75 to 1.0 5-150 kgs/hr. 995LD Duplex material - mandatory for H2S service Oil Storage/ Production Tanks .2-5 BAR .5-5 kgs/hr. DG Series No competitors - discharges only the water from lighter liquids. Eliminates vacuum truck/manual drain removal. Increases tank capacity for oil only. Filters/Coalescers/ Separators 5-45 BAR Variable Series Higher pressure rated than mot competitors. Large capacity range.

9 What we need to Know! Maximum operating pressure Back pressure
Maximum operating temperature Specific gravity of the liquid to be drained [Commonly there are different liquids, or a mixture. Always use lightest SG to insure operation at worst cases.] Volume/Load of the drained liquid

10

11

12

13

14

15 Complimentary System Solutions
Air Vents - for the same liquid lines Strainers –pump protection, raw seawater intake, tank separators. Veris-flow measurement- custody transfer AIM monitors for valve closure, gas flow to flares, HP gas leaks, and air supply to BOPs, and controls.

16


Download ppt "Liquid Drainers for the Upstream, Mid-Stream, Down-Stream HPI"

Similar presentations


Ads by Google