Video Guides
Flare Ball Drop Dissolvable Frac Plug
on Baker 20 Type Setting Tool
In this brief video we will demonstrate how to properly assemble the Flare Ball Drop Dissolvable Frac Plug with a Baker 20 Type Setting Tool. While the process is straight-forward and requires minimal tools, there are a few tips which will help ensure a successful and safe deployment of Jet Oil Tools products in the field.
Baker 20 Video Components:
- Jet Plug
- Dummy Bottom (Baker 20 Setting Tool)
- Tension Mandrel w/ Spring Pre-Installed
- Mandrel Adapter
- Setting Sleeve
Tools needed:
- 5/32 allan wrench for set screws
Flare Ball Drop Dissolvable Frac Plug
on Baker 10 Type Setting Tool
In this brief video we will demonstrate how to properly assemble the Flare Ball Drop Dissolvable Frac Plug with a Baker 10 Type Setting Tool. While the process is straight-forward and requires minimal tools, there are a few tips which will help ensure a successful and safe deployment of Jet Oil Tools products in the field.
Baker 10 Video Components:
- Jet Plug
- Dummy Bottom (Baker 10 Setting Tool)
- Tension Mandrel w/ Spring Pre-Installed
- Mandrel Adapter
- Setting Sleeve
Tools needed:
- 5/32 allan wrench for set screws
Case Studies
CASE STUDY: FLARE DISSOLVABLE PLUG
SCENARIO
A customer in the Haynesville Basin conducted a head-to-head trial with Jet Oil Tools’ Flare Plug and a competitors’ dissolvable option. Trial was conducted in the same wellbore at varying depths.
OBSERVATION
Jet Oil Tools’ Flare Plug exhibited more efficient performance while RIH during the pumpdown phase of operations. Efficiency highlights included reduced total amount of barrels pumped and quicker conveyance speeds at comparable pump rates to the competition. Jet was able to save the operator ~2.5 bbl per 1,000 ft.
SCENARIO
A Permian Basin operator was conducting a head-to-head trial with Jet’s Flare Plug and another comparable dissolvable plug. Focus: 1) Determine which plug was best able to hold pressure integrity during treatment. 2) Determine percentage of plugs tagged during drillout.
Wellbore Conditions: Trial conducted with 24 toe stages on five wells with ~12,000′ laterals. (4) Wolfcamp Wells, 1 Spraberry Well, Avg SBHT: 160°-165°, Pumpdown plugs at 18bpm in 5.5″ 20# csg, All stages pumped beginning with 1k gal 15% HCL before freshwater (1,136 mb/L chlorides TDS = 2,911 g/L).
OBSERVATION
Trial highlights included reduced total amount of barrels pumped and quicker conveyance speeds at comparable pump rates to the competition.
No pressure drops recorded during the 24 stages treated against the Jet Flare plug
– Maximum treating pressure: ~9,000 psi
– Average treatment duration: 2hrs
No tags reported during drillout (drillout conducted as soon as frac rigged down)
Frequently Asked Questions
Are Jet's plugs an original design?
Yes, we design and produce our own products. There are no big box plug suppliers in our pipeline. With Jet, you get original, fully licensed products.
Does Jet charge for delivery?
Jet provides free delivery.
Can Jet offer plug hand service if requested?
Jet provides training to wireline and can arrange for a full-time plug hand if requested.
Do Jet plugs have a speed limit while RIH?
There is no speed limit in the vertical or horizontal.
Does Jet have recommended RIH parameters?
We can provide pump down charts for your specific casing design, just ask!
What is the Specific Gravity of your Jet's dissolvable frac ball?
Our Magnesium ball has an SG of 2.1
What's the frac ball diameter?
We use two main ball sizes: 1.75″ for our 5.5″ plugs and 1.38″ for our 4.5″ and 5″ plugs.
Does Jet offer plugs for refrac applications?
Yes, we have 3.5″ plugs specifically designed for refracs.