
Shell GTL Drilling Fluids
Shell Gas-To-Liquids (GTL) Drilling Base Fluids offer an innovative solution that works in a range of well conditions and environments. Onshore and offshore drilling rig operators across the globe choose our fluids to improve performance, while reducing environmental impact.
Proven performance
Since 1997, Shell GTL Drilling Base Fluids have been used by customers in over 40 countries for fast and efficient drilling. By converting natural gas into a synthetic liquid, we produce a high-quality drilling fluid with a low viscosity, low pour point, and relatively high flash point. Due to these properties, Shell GTL Drilling Base Fluids can be used in various climates ranging from the from the scorching desert heat to subarctic temperatures. Suitable for deep water environments with mud line temperatures of 40 °F (4.4 °C) and below. The fluids can also be used in high temperature high pressure (HTHP) environments with exceptional thermal stability at borehole temperatures up to 450 °F (232 °C). Shell GTL Neoflo 4633 (available in the western hemisphere) and Shell GTL Saraline 185V (available in the eastern hemisphere) are also classified as non-toxic and readily biodegradable.
Shell GTL Neoflo 4633: Uinta Basin Testimonial
Read Transcript
Read Transcript
Title: Shell GTL Neoflo 4633: Uinta Basin Testimonial
Duration: 3:28 minutes
Description:
Shell GTL Neoflo 4633 is a synthetic drilling base fluid with significant advantages over diesel-based drilling fluid. Hear about the product benefits and direct experiences with the drilling fluid directly from our customers with great views of drilling operations in the Uinta Basin.
Shell GTL Neoflo 4633: Uinta Basin Testimonial Transcript
[Background music plays]
A soft ring begins to get louder and turns into a melody
Video Footage
An overhead drone shot appears showing an onshore oil rig before sun rise
Workers are looking up at the crown at the top of the mast
The sun rises and various scenes of the rig are shown
The scene returns to the workers beginning their day
[Title]
GTL Fluids Commercial Manager, Shell
Mohamad Kabbani
Oil and natural gas play a significant role in delivering the energy that the world needs. Today if we take the United States only we are talking about hundreds of on-shore drilling activities that are meant to extract these resources. These activities need drilling fluids for lubrication, cutting extraction, and more. The common industry practice has been to use diesel-based drilling fluids, however today there is a better synthetic alternative with Shell GTL Neoflo 4633 that delivers improved performance outcomes and better properties.
P2 Introduction
[Background music plays]
The music is more upbeat
Video Footage
An overhead drone shot appears showing an onshore oil rig in a desert in full sunlight
Workers walk around the site
[Title]
Business Manager, P2 Energy Services
Jared Skotek
Shell GTL Neoflo 4633 is the synthetic paraffin that Shell manufactures that we use in drilling fluids in U.S. on-shore drilling operations
Video Footage
An overhead drone shot appears showing an oil rig with some clouds in the sky
A worker pours a sample into a funnel
[Title]
VP Strategy and Innovation, P2 Energy Services
Erik Skoy
As the oil and gas industry evolves and considers cleaner options for drilling activities, Shell is a great partner to deal with. It’s great to work with a partner who has a breadth of offerings that we can provide to our customers. So we are able to speak with them from a technical and supply chain perspective to execute on our customer’s needs.
XCL Introduction and Testimonial
[Background music plays]
The music is more vibrant and motivational
Video Footage
An ariel view is shown from the distance of the snowy desert, getting closer to the oil rig
The oil rig is shown from a ground view with mountains in the background
Two workers walk towards the drilling platform
Three workers observe the perimeter of the operation
Mud drippings come down from shakers into a pit
A loader puts cutting extractions into a dump truck, the truck drives off site
Various scenes of workers along the perimeter
[Title]
Director of Drilling, XCL Resources
Taylor Jeski
XCL’s operations based out of Roosevelt Utah. We are the number 1 oil producer in the state of Utah. When P2 came to us with the product we were intrigued. For one we were looking for an edge in the basin. We thought that there was something with the Neoflo that would give us a competitive advantage. Everything that we do is a check and balance. You can run what they call Cadillac mud, but you don’t have to and it all comes down to a price point. The thing with Neoflo and Diesel right is the cost difference. Where we see the benefit is reduced time with drilling. We see a cleaner mud that has helped us with getting our production casing to bottom. We also love the environmental aspect that it has. You don’t have that exposure to the aromatics from the diesel that you do using the Neoflo. It’s a better work environment for those guys out there on the well. My dad has been in the industry a little over 30 years, my brother is the in the industry. They’re both out on the rig site all the time talking to the guys. Everyone wants to be a part of the team at XCL.
Video Footage
The on-site manager at XCL Resources speaks in front of the oil rig
He appears again with another worker on the pits of the operation
[Title]
XCL Resources On-Site Manager
You don’t have any irritation whatsoever with the Neoflo. You can’t smell anything, actually, when you go up on the pits compared to a diesel based mud system.
P2 Testimonial
Video Footage
A closer up drone overhead shows the pits of the operation, scene flashes to workers walking
Various side drone shots show the rig in bright light and cloudy light, the crown is shown in focus and areas of the oil rig floor
[Title]
Business Manager, P2 Energy Services
Jared Skotek
Neoflo 4633 create solutions for the drilling operators, but it’s also changing the dynamic of U.S. on-shore drilling. So if you look at Neoflo vs. diesel, Neoflo is cleaner than diesel. We are also improving the cost structure of the operator using the fluid.
[Title]
VP Strategy and Innovation, P2 Energy Services
Erik Skoy
It enables higher ROP, which is rate of penetration. Lower non-productive time, or NPT and is substantially better for the environment from an aromatic and BTEX perspective than using diesel.
Conclusion
Video Footage
Flags on the side of the operation wave in the wind, transitions to oil rig views with the sun low in the sky
Cuttings drip down from the shakers into a pit
Various side drone shots show the rig in bright light and cloudy light, the crown is shown in focus and areas of the oil rig floor
[Title]
Director of Drilling, XCL Resources
Taylor Jeski
If the application fits your basin whether from an efficiency standpoint or you have to use a synthetic due to state regulations than I would absolutely suggest Neoflo. Absolutely it would be a recommendation from me. We could show the results that were seeing from using Neoflo.
[Video Footage]
One final zoom out from the oil rig by the drone
Shell Ending Animation
[Audio]
Shell Mnemonic
[Text displays]
Shell International Limited 2024
Shell GTL Neoflo 4633 synthetic drilling base fluid
Read Transcript
Read Transcript
Title: Shell GTL Neoflo 4633
Duration: 3:19 minutes
Description:
Shell GTL Neoflo 4633 is an alternative drilling fluid to diesel-based drilling fluids that enables faster drilling with less non-productive time.
{Shell GTL Neoflo 4633} Transcript
[Background music plays]
[All sequences are animated in a 2D graphical style]
{A silhouette of a land-based drilling rig with a clock in front of it. The hands of the clock move quickly.}
Do you want to drill faster?
{A person with a hard hat smiles.}
Do you want to improve worker wellbeing?
{A green circle with a leaf wraps about a depiction of planet Earth.}
Are you interested in products with better environmental properties?
{An oil drop morphs into the eye symbol for 'irritant' and a tear drops. The symbol for corrosive materials appears in a warning triangle.}
Diesel or straight-run gas oil drilling fluids may mean uncomfortable working conditions with eye and skin irritation,...
{The neighbors of the drill site have masks over their faces. Rising wavy lines imply odor.}
...odor complaints,...
{A pile of cuttings is viewed side-on to show particulates entering the ground. A large question mark hangs over it.}
...and cutting disposal difficulties.
[Text displays]
{Did you know?}
Did you know…
{The question mark becomes the center of a clock with fast-moving hands.}
...there is now an alternative that enables faster drilling...
{The clock makes room for dollars signs.}
...with less non-productive time?
{Two lab technicians next to large flasks with a refinery silhouette behind them. One side gas particles rise and go through a tube to become liquid at the other end.}
We have pioneered technologies that transform natural gas into high-performance synthetic liquids known as gas-to-liquids or GTL fluids.
[Text displays]
{Shell GTL Neoflo 4633}
{An oil drop appears highlighting three words.}
The result is Shell GTL Neoflo 4633,...
[Text displays]
{innovative, non-toxic, synthetic}
...an innovative, non-toxic, synthetic drilling base fluid with significant advantages over alternative diesel-based drilling fluid.
{A drill head comes down and passes rock strata. A clock appears above text.}
These benefits include a 10 to 15 % faster rate of penetration from…
[Text displays]
{10 to 15 % faster}
...better equivalent circulating density,…
{Red lines with arrows come down the center of the drill bit and back up either side.}
[Text displays]
{better circulating density}
...increased hole-cleaning efficiency...
[Text displays]
{increased hole-cleaning efficiency}
...and lower mechanical specific energy.
[Text displays]
{lower mechanical specific energy}
{The scene is replaced with the earlier one of the neighbors and the drill site. Everyone can be seen smiling.}
Shell GTL Neoflo 4633 is also better for workers and neighbors’ health, safety and wellbeing,…
{A thermometer appears with the red line going up to 85 degrees celsius.}
...with a high flash point,…
{An oil drop replaces the scene with three wavy lines that reduce to one. Three words come up around the oil drop.}
[Text displays]
{low odor, low sulfur, low aromatics}
...low odor, and low amounts of sulfur and aromatics.
{The molecular symbol for poly-aromatic hydrocarbons and BTEX come up with a no-entry symbol.}
It does not contain known carcinogens such as poly-aromatic hydrocarbons and BTEX.
{Two drill heads side-by-side with red lines and circulating arrows. The left one is labeled 'Shell GTL Neoflo 4633' and has small cuttings. The right-hand one is labeled 'diesel drilling fluid' and has smaller cuttings that grow darker. The arrows on the right move more slowly over time.}
The aromatics in diesel promote the breakdown of drilled cuttings into fines that build up, increasing the mud thickness and slowing the rate of penetration compared with Shell GTL Neoflo 4633.
{The scene changes to a drill site and the drill head is shown as a line going down and then horizontally underground. There is a target and a clock. This is duplicated to the right with a rig and line labeled 'conventional method'. The Shell one reaches the target more quickly.}
Shell GTL Neoflo 4633 also reduces non-productive time through improved mud control and fewer mud motor failures,… and enables faster casing runs. These efficiency improvements lead to...
[Text displays]
{2.4 days}
...2.4 days less rig time per 10,000 feet of lateral drilled*.
[Text displays]
{*Based on data from 10 GTL and 30 diesel wells}
{Fluid tanks appear next to each rig. For the same amount of fluid, the Shell drill line is able to carry on going whilst the conventional one has stopped.}
You can drill...
[Text displays]
{27% longer}
...27% longer laterals for the same volume of base fluid.
[Text displays]
{Together, these savings may reduce costs by $100,572 per well compared with diesel-based drilling fluid*.}
{*Data from multiple field trials and based on a 10,000-ft lateral, US$50,000/d rig operation (including peripherals) and GTL fluid (Neoflo 4633) at US$23/bbl more than diesel. The savings are specific to the calculation date and site. These calculations may vary from site to site and from time to time, depending on, for example, the application, the operating conditions and current drilling fluid being used.}
{A green circle with a leaf wraps about a depiction of planet Earth.}
Shell GTL Neoflo 4633 product attributes result in environmental benefits, too, as the fluid has excellent...
{A simple graphic of cuttings. One enlarges. Data appears to the side displaying that it is better for the environment, has the potential for bioremediation and low ecotoxicity.}
...bioremediation potential, low ecotoxicity, and is classified as...
[Text displays]
{readily biodegradable}
...readily biodegradable.
{A world map appears. Sites are loosely based around the world in the US, Canada, South America, Australia, India, the Middle East, Europe and Africa.}
GTL drilling fluids are available globally, where you need them, through our network of regional hubs and trusted distributors.
{Speech marks appear.}
Here is what some of our US customers are saying:
{The following all appear on-screen.}
[Text displays]
{“Faster drilling and faster casing speeds.”}
{“Saves drilling costs even with the increased unit cost.”}
{“Fewer drilling waste trucks.”}
{“Fewer rig hand comments about odor and skin irritation.”}
{A QR code to the website.}
[Text displays]
{Contact us online today and unlock your operations potential.}
{Section subheader, e.g. scene transition/break}
Shell GTL Drilling Base Fluids offer many advantages compared to diesel-based drilling fluids
Total savings of up to $100,572 per well¹
10–15% faster rate of penetration (ROP) from better equivalent circulating density, increased hole cleaning efficiency and lower mechanical specific energy at low viscosity
Less non-productive downtime through better mud control and fewer mud motor failures
1.Compared with diesel-based drilling fluid. Data from multiple field trials and based on a 10,000-ft lateral, US$50,000/d rig operation (including peripherals) and GTL fluid (Neoflo 4633) at US$23/bbl more than diesel. The savings are specific to the calculation date and site. These calculations may vary from site to site and from time to time, depending on, for example, the application, the operating conditions, and current drilling fluid being used.
Drilling organic-rich shale with diesel-based drilling fluids can slow down your operation
Shell GTL Neoflo 4633 performs better with organic-rich shale cuttings
Technical Information
| Product | Technical Datasheet | Safety Datasheet |
|---|---|---|
| GTL Saraline 185V | TDS Link (PDF, 303 kB) | SDS Link (PDF, 563 kB) |
| GTL Neoflo 4633 | TDS Link (PDF, 249 kB) | SDS Link (PDF, 347 kB) |