GreaseBook powers the most profitable, operationally efficient producers in the oil patch today.

Introducing Greasebook, the simplest, most cost-effective, fastest-growing oil & gas production software the industry has ever seen....

→ Achieve results in less than 1 week.
→ "No-sweat" company set-up, turn-keyed by a Petroleum Engineer.
→ "Done for you" Pumper roll-out and training.
→ Unprecedented 60-day, 200% money-back guarantee.

•  AS SEEN ON  •               • AS SEEN ON  •               • AS SEEN ON  •               • AS SEEN ON  •            

The Fundamentals of Downhole Pump Designs in Oil and Gas Production

It doesn’t matter what type of mechanical lift system you use; it will use some sort of pump configurations for transferring the hydrocarbons from the well to the surface. While there are several styles offered, every pump utilizes the same key components.

To differentiate one style from the next, each pump is distinguished by how each pump functions, and how the various components are put together. However, to be a successful operator; a lease pumper should be aware of both the similarities, and the differences, of each mechanical lift pump style.

Downhole Pump

 

Downhole Pump Components

Downhole mechanical pump lift systems consist of five key components. These include:

  • Barrel Tube
  • Holddown Seal Assembly
  • Plunger
  • Standing Valve
  • Traveling Valve

Barrel Tube. The pump portion where the fluid flows from the formation is known as the barrel. Depending upon the pump design, the barrel can either be a section of the tubing, or an entirely separate component the lease pumper will be required to insert into the tubing.

Other than that, the key differences between barrels are:

  • type of metal
  • metal thickness, and
  • the method the barrel houses the plunger

In most cases, you can find pump barrel tubes in one of three thickness sizes: heavy wall, standard wall, and thin wall.

The material used can vary in both the type and grade of the metal; and is typically either: brass, carbon steel, Monel, or stainless steel. Depending upon the manufacturer, it is often common for the metal to be treated in order to help protect it from chemicals and corrosion. This also helps to further harden the metal for additional strength.

Prior to installation, the barrel tubing has to be machined in order to ensure the correct thread design and clearances are utilized for each specific type of plunger. Depending upon the pump, a liner may also be used; in these situations, the barrel design must also accommodate for this extra layering.

Downhole Pump

Figure 1. Barrel Tube Examples (Harbison Fischer)

Holddown Seal Assembly. The entire purpose of the holddown (or holddown seal assembly) is to create a seal between the tubing and the pump.

Typically, one of three types of holddown assemblies are used: two mechanical options and one cup type (as seen in Figure 2)Each assembly must be accurately installed and utilize the appropriate seating nipple in the tubing string.

Cup-type assemblies generally use one of two seating nipple lengths. The short model provides one seating area, while the longer seating nipple option offers the ability to be reversed, allowing it to turn around in the tubing to create a new seating area during situations where the other area has been damaged. However, while both cup and mechanical style holddowns both offer satisfactory installations; in cases where the bottom hole temperature is 250 degrees Fahrenheit or above, the operator should opt for a mechanical holddown option.

Downhole Pump

Figure 2. Examples of a Holddown Seal Assembly. The one on the right is a cup option, while the two on the left showcase the mechanical style options. (Trico Industries, Inc.)

Plunger. The purpose of the plunger is to remove the liquid from the pump’s base and to bring it up to the top of the pump. This motion is either due to: the barrel traveling around the plunger, or the plunger traveling within the barrel.

They are categorized in one of two areas: metallic or nonmetallic; with each available in a large array of metal arrangements. Most of these arrangements offer the option for treatment using the similar procedures used on the barrels.

For a successful downhole pump assembly, the space between the metallic plungers and the barrel must be extremely precise. Therefore, these spaces often have to be corrected once the installation in the hole is complete. This is generally due to the system normalizing to the pump temperature and bottom hole temperatures. Both barrels and plungers are created and/or treated to withstand corrosion from both H2S and CO2. The conditions of the well will determine whether to utilize a grooved or non-grooved plunger.

Soft-pack plungers (also known as non-metallic plungers) are available in a variety of cup and ring designs. Ring design options are also known as the: composition ring, regular flexite, soft-packed, wide flexite, or an assortment of additional terms. The softpack cup assembly and composition are typically selected for well conditions with highly abrasive or corrosive fluid properties, high temperature fluids, larger fluid gravity, and/or assemblies with poor lubrication.

Downhole Pump

Figure 3. Plunger Examples (Harbison Fischer)

Standing Valve. The standing valve located at the base of the pump is a one-way valve that permits the liquid to flow from the formation to the barrel.

As shown in Figure 1, the standing valve consists of a ball that rests on a small-lipped seat; and the ball and seat assembly is contained within a valve cage with a ball located on top (or up) as it is positioned into the well.

Since the pressure from below can cause the ball to unseat, and for the fluid to leak past the valve; this pump option uses the pressure from above the ball to keep it situated in the seat, and to prevent the fluid from flowing back past the valve.

Downhole Pump

Figure 4. Example showing the components of a ball and seat standing valve. (Harbison Fischer)

The ball and seat are completed and placed together against one another as a set, and then sealed together as a unit. These two components should always be kept together. Each seat size has two sizes of balls available. They are the standard API (American Petroleum Institute) size and a smaller alternative option that permits violent fluids and debris to travel between the ball and valve guides. In some circumstances, double valves are installed in order to resolve specific issue.

Traveling Valve. The traveling valve is located at the pump’s height. Similar to the standing valve, the traveling valve is a one-way valve. This permits the oil to flow out of the barrel, while keeping the fluid from flowing back into it.

Although the traveling valve and standing valve are separate parts for each pump; these two valves can be the same composition and size, allowing them to be interchangeable. As a result, the construction and operation of these valves are the same.

Downhole Pump Designs

There are three types of pumps and one tubing pump (see Figure 5) used in the four basic styles of downhill pumps. These include:

  • Insert Pumps
  • Stationary Barrel, Bottom Anchor Insert Pumps
  • Stationary Barrel, Top Anchor Insert Pumps
  • Traveling Barrel, Bottom Anchor Insert Pumps
  • Tubing Pumps

Downhole Pump

Figure 5. Examples of the 4 main pumps used in the majority of downhill pump designs (Trico Industries, Inc.)

Insert Pumps. When working in oil production, the word “insert” specifies the pump has already been constructed as a complete and working pump, and has been placed into the tubing string. Insert pumps can contain either a stationary or moving barrel, and is typically anchored that is typically anchored to either the bottom or top.  

Due to this, the three insert pump styles include:

  • Stationary Barrel, Bottom Anchor

A stationary barrel, bottom anchor pump can be used in shallow to very deep wells, and is typically the most accepted insert pump option. Due to the design, the traveling valve has the option to be smaller than the standing valve. The fluid column inside the tubing helps to constantly support the pump barrel; with the reduction in differential pressure, the pump has improved efficiency and a longer pump life.

A common disadvantage to this style of insert pump is sand tends to settle around the barrel and the scale can make it difficult to pull the pump. Thankfully, this issue can be resolved by stripping-the well (or stripper job) where the workers simultaneously pull the rods and tubing.

  • Stationary Barrel, Top Anchor

This pump style has the holddown located at the top of the pump. It is situated so the pump hangs below both the tubing perforations and the seating nipple. This type of arrangement is great with sandy wells (especially shallow ones with a depth of less than 5,000 feet), due to the fluid’s whirling motion created during operations in the area at the pump’s top.

Inside the barrel pump, the pressure is far higher than the casing pressure located outside of it. Allowing the barrel pump’s inside the ability to resist the pressure created by the fluid column. However, this does limit the depth at which the downhole pump can operate safely; due to gas pounding (a very serious issue known to split the barrel).

  • Traveling Barrel, Bottom Anchor

This versatile barrel option will operate in corrosive, normal, and sandy wells with positive results. During each stroke, the barrel rushes the liquid around the bottom of the pump causing the possibility of sand to stick to the pump inside the hole to reduce.

If the design uses an open-style valve cage, it will provide less restriction during the pumping of heavy crude oils; while the traveling barrel option offers a better defense against bursting, especially for designs using a heavy barrel.

One of the disadvantage to this style of pump is it more likely to gas lock than stationary barrel options. The traveling barrel is more likely to experience wear during operations because the traveling barrel is larger than the standing valve. This also makes it less productive in situations with crooked holes; and therefore, the pump may require a guide.

Tubing Pumps. You can differentiate an insert and tubing pump, because the tubing pump is placed down the hole as a portion of the tubing string, with the standing and traveling valves typically running on the rod string. Once the standing valve has dropped to the hole’s base, the rods turn and discharge it. Then once the rods are repositioned a few inches higher, the pump is prepared to pump again. Standing valves can be attached (and re-attached) for re-running, pulling, and servicing rods.

As you can see in Figure 5, the up-arrow indicates both where the clutch is located and where the pump splits, allowing it to pump. The portion above the up-arrow is commonly referred to as the action section. This section moves along with each pump stroke (going up and down), and also contains both the plunger and traveling valve. While the section below the up-arrow indicates the stationary section of the pump containing the standing valve.

One of the clear advantages of using a tubing pump is the ability to pump larger volumes in water flood plans. However, there are plenty on the flip side. For instance, a big disadvantage is the necessity for removing the tubing string for pump barrel maintenance and service.

Another big tubing pump disadvantage is the rod string’s high fluid load; as the weight from this load can stretch the rod resulting in a bottom hole stroke loss.

Other Pump Types. Like other devices, there are a wide variety of downhole pump designs. While some are variations of the previously described options; others are more unique, and are created to meet the specific requirements of an installation. Therefore, pump manufacturer assistance is indispensable when planning your pump installation design, especially for wells with special requirements.

Is your appetite for oil & gas operating knowledge insatiable like ours? 😀 If so, check out these related articles, A Pumper’s Basic Guide to Mechanical Lifts in Oil & Gas ProductionA Basic Guide to Operating and Servicing Pumping Units in Oil & Gas Production and, A Basic Guide to a Standard Wellhead Design and the Polished Rod in Oil & Gas Production – they’ll be sure to pump you up!!!

How CAN we guarantee you a 6% lift in profit margin in 6 weeks*?

*PLEASE NOTE: 6% is the AVERAGE result of producers who implement the app into their operations..... which means a full HALF of our clients do better 🤑

Start

Send us your Well and Pumper info 📑

Your team sits back while our Petroleum Engineers turn key your build out, setting up all production facilities to precisely mirror what you’ve got going on in the field.

Day 1

Roll out Pumpers 👨🏻‍🦰👴🏻👨🏻👨🏾‍🦱👴🏽🧔🏼‍♂️📲

We train, instruct and hand hold your pumpers every step of the way. Typical time for a pumper to learn the app? 8 minutes.

Week 1

Immediate Results 🎯

  • Your production data in On Time: Because your pumper can enter production on ANY device (Android, Apple, tablet, PC, Mac, Desktop or Laptop) AND the app works offline, you’ve eliminated ANY excuse for you NOT to have your data. PS for better or worse, NOBODY leaves their home without their phone 😉
  • Your production data is Quality Controlled: Because the app checks your pumpers’ work, all your production data should now be QC’d.

Week 6

6% Lift in your Net Profit Margins Achieved or You Don’t Pay 💯💰📈

  • Your production data is in a Centralized Place: Because you have a simple system and everyone in the field knows how to work it, no one on the team ever has to wonder what’s really going on in the field.
  • The pulse and overall health of your company’s production is now known at all times
  • The status of any asset or pumper can be reviewed from any device
    • Because of this, you have now progressed to the point where you may want to set up Alerts around your production. To get you started (and get your creative juices flowing), we’ll implement two alerts on your behalf:
      • Comments
        • Get notified anytime a pumper leaves a comment without having to dig for it.
      • 7/14/30 Day Running Average
        • Get treatment to a well as soon as it shows signs of falling off.
    • However, the number and type of Alerts you can set up around your production are endless. A few common examples we see as having the biggest impact to your operations are:
  • Reduced Downtime
        • A well never sits idle for longer than it has to due to a pumper not calling it in.
  • Account for Every Drop of Oil
        • Each transfer of crude is meticulously tracked and every drop accounted for. No more skimming vacuum truck operators or purchasers pulling that extra inch of ‘velvet’ from your oil hauls.
  • Cap Ceiling Pressures on Injection and SWD wells
      • Injection wells are rated for certain pressures and blow outs are expensive. Get notified anytime an injector creeps above its maximum allowable pressure.
    • How many days since a Pumper last checked in? 👀
      • Do we trust our pumpers? Yes! Do we also want to verify they’re doing what they’re supposed to do? Oh yes!! Anytime a pumper goes AWOL for more than X days (doesn’t show up on site, doesn’t submit data) you know about it.

The bad news is you still have to work. The good news is you now have the power to put full oversight of both your pumpers and your production on automatic enabling you to focus on the activities in your company that will move the needle such as acquiring more wells, drilling and re-completions, or simply taking more time off 🏝️

ALLOW US TO STIMULATE YOUR GREED GLAND 🤑

MOST OPERATORS START ACHIEVING RESULTS IN LESS THAN 1 WEEK

Accurate & Timely Production Data

Weekly, monthly, or missed reports simply don’t cut it. Why? Because longer reporting intervals increase the risk of inaccuracies and discrepancies in your production data, which not only erodes trust in the reported figures but also makes it challenging to analyze trends or forecast future production 📉 With Greasebook, eliminate any excuse NOT to have your production data.

Reduced Downtime through Alerts

Gain timely detection of equipment malfunctions or other operational issues and prevent costly breakdowns. With Greasebook, alert your in-house team to issues in the field wherever they're at.

Centralized Repository

Get full production history, well files, commentary and the like in the hands of the people who need it (when they need it) and enable everyone in the field or office to do their best work.

Reduced Overhead

The height of cultivation runs to simplicity. Greasebook is kinda like a "Robotic Production Tech" 🤖, streamlining your operations and automating back-office tasks all while eliminating any excess operational drag ❌ ⚙️

Increased Production

Catch a hole in the tubing or an engine issue immediately when a well begins to slip (not several weeks later when your purchaser statements come in 💸)Greasebook is the next best thing to 'sitting shotgun' with each pumper on every route. And because you'll have complete visibility of your assets and your field crew, you'll not only avoid significant expenses associated with repairs and oversights but you'll also produce more oil because of it.

Full Accountability

Get everyone in the field on the same page and gain full transparency of your assets and pumpers in the field. Eliminate any chance of boiler housed reports and ‘Kitchen Table Pumping’ for good 🍳

→ “No-sweat” complete Company setup, turn-keyed by a Pet. Eng.
→ “Done for you” Pumper roll-out and training

Focus

From one-off wells to lengthy routes, no matter what form your pumping takes, GreaseBook keeps your pumpers focused on moving those production updates from field to office.

Gather

Easily gather everything that matters. Track tank levels, capture notes, administer well tests, submit photos of scanned run tickets. All from the field. All on your mobile device. All over the cellular network.

Connect

Connect with the people who help you get it all done. Communicate, collaborate, and share in real-time with your guys and gals in the field without ever leaving the GreaseBook.

Access

Access fast, accurate gauge sheets. No need to re-key production or manipulate Excel. Just one click and your production is organized into a beautiful screen-friendly layout.

SIT BACK WHILE OUR PETROLEUM ENGINEERS IMPLEMENT EVERYTHING FOR YOU 🌴

TURNKEY SET-UP🔑 AND
"DONE FOR YOU" PUMPER TRAINING EXPLAINED 👩🏻‍🏫 👴🏻🧔🏻‍♂️👨🏾📲

Your Greasebook Set-Up explained in 3 simple steps. Send us your existing production info or login to your existing Legacy Production System and we’ll assign a Petroleum Engineer to turnkey your entire setup for you.

We’ll build your wells, your tank straps, your users and anything else you require.

Once everything has been approved by your team, we’ll roll out and train your pumpers while you focus on more important stuff.

Send us your Well and Pumper info 📑

Your team can sit back while our team of Petroleum Engineers turnkey your build out, setting up all production facilities to precisely mirror what you’ve got going on in the field.

We roll out and train your Pumpers 📲

We train, instruct and hand hold your pumpers every step of the way. What's the typical time for a pumper to learn the app? About 8 minutes.

Immediate Results 🎯

Because the app works offline and NOBODY leaves their home without their phone, you’ve eliminated any excuse for you NOT to have your data. What about those pumpers who doesn't have a smartphone?

With Greasebook, in addition to smartphones your pumpers can also enter their data on whichever PC, Mac, Desktop, Laptop or Tablet they're most comfortable with 💻✅

→ Achieve results in less than 1 week
→ Doesn’t work? Don’t like it? WE PAY YOU.
→ 60-day,  200% money-back guarantee

Share Responsibility

Production data syncs across all pumpers who share the responsibility of a particular lease. That means no more calling, no more meeting up to trade-off books, and no more miscommunication.

Mobile Sync

Automatic sync means your production status is available the minute your pumper returns to coverage.

Offline Access

Pumpers retain access to historical production by making their work available even when a connection isn’t.

200% Money-Back Guarantee

If after running the app for 60 days in your operation you're not satisfied, we'll either work with you until it's right or we'll DOUBLE your money back.

Voted New Technology Development of the Year.

57000449
bbls pumped to date
50106001
MCF flowed to date

Simple 8-minute Ramp Up

Average time to learn? 8 minutes (and yes, this goes for those pumpers who are 75 years old still tending wells…)

Custom Reports

Select one of our premade reports or build your own.

Alarm Alerts

Whether it’s a full tank or well is offline, we’ll text or email anyone you want if there’s an issue.

Production Graphs

See the big picture with beautiful production displays which render perfectly on any device.

Field Data Collection

Enter run tickets, BS&W draws, water hauls, track dual product tanks, conduct well tests all via the Greasebook. Now, your real-time monitoring shows right alongside those manual pumper gauges.

Comments

Real-time production is worthless if you don’t have the contextual information to complement it. Tag or search pumper comments by lease, well, or injector/SWD – letting the whole team know precisely what’s going on in the field.

Well Testing and Allocation Engine

Robust well testing and allocation engines to satisfy even the most complex gathering system.

Downtime Tracker

Which wells are down? How long they been down for? Why are they down? Now, you’ll know at a moment’s glance.

State & Government Auto-Report Filer

Yes, you read that right. We’ll produce your State and Government production reports enabling your back office to catch their breath.

Scheduled Reports

Want a report with your coffee every morning at 5AM? Got a WI partner who won’t quit calling to ‘get the numbers’? Set’em up on an automated report and watch the daily minutiae disappear.

Well History Files

A single place for your downhole and surface equipment PDFs, Word Docs, and the like – accessible in both the field and office.

Pumper GPS Tracker

Wanna know how many times your pumper is showing up each month? When was the last time someone set foot on a particular lease? No more “he said, she said” – with GPS tracker, now you’ll know the full story.

Custom Variables

Track any variable at any lease no matter how obscure.

Custom Logic

Components of a production system don’t operate in a vacuum. We make complex math simple so you can focus on analysis NOT spreadsheet jockeying.

Partner/Investor Permissions

Maintain transparency by giving special partners and investors access to their production (and ONLY their production!)

Read-Only Permissions

Giving certain users the ability to ‘look but don’t touch’.

Privacy and security. Keep what’s private pri****.

Bring the most advanced security to your operations. The GreaseBook comes with built-in protections against malware and viruses, and given our open API it gives you the freedom to choose what you share and how you share it. So no matter what you’re doing (or where you’re doing it), GreaseBook helps your private information stay that way.

 

→ “No-sweat” complete Company setup, turn-keyed by a Pet. Eng.

→ “Done for you” Pumper roll-out and training

(just a few of) the products we integrate with

GREASEBOOK INTEGRATIONS

“If you’re unsatisfied for any reason during your 60 day trial, we'll either work with you until it's right or we'll DOUBLE your money back. How can we do this? We're just that good. But don't take it from me. Check out what our clients are saying below......"
Greg Archbald
Perpetual Student of the Oilfield
Founder of GreaseBook

→ Achieve results in less than 1 week
→ Doesn’t work? Don’t like it? WE PAY YOU.
→ 60-day,  200% money-back guarantee

FEAST YOUR EYES, NON-BELIEVERS !! 👀👇

WHAT FOLKS ARE SAYING ABOUT THE GREASEBOOK

Ask us anything

F.A.Q.

Not really. Simply share with us your Excel reports, paper gauge sheets, or the login to your existing legacy production software and we’ll take care of the rest. Our petroleum engineers turn-key your entire setup, we’ll reach out once we’re done. Bada bing.

You’re right. And, because no one leaves their house without their phone (and because our app works offline), we eliminate any excuse for your pumpers NOT to send you their data. See, we told you this would be easy.

In addition to both Android and Apple smartphones, the Greasebook also works on any tablet, laptop, or desktop.

While Greasebook has been implemented in many of the country’s largest publicly traded production companies operating thousands of wells, Greasebook is focused on serving the small and mid-sized independent US-based oil & gas operators.

Anywhere, anytime, on any device (phone, tablet, desktop or laptop).

The beauty of the app is once your pumpers start submitting their production via the Greasebook – anyone on your team can access production reports, graphs and well files from any device at any time.

It’s sorta like a centralized place from which everyone on your team can work, without all the calls, text messages and emails that would go on otherwise.

Absolutely. As your pumpers continue to add tickets, comments, pressures, well tests and any other relevant information, your investors will have guest access to as much (or as little) information as you’d like.

Of course, they’ll only see production info for the wells in which they participate.

Oil & gas companies who run Legacy oil and gas software systems expose themselves to major risks (and minor annoyances…)

The complexity of traditional oil & gas production systems is twofold:

  1. Software Problem: Legacy software systems are expensive, outdated, clunky and have extremely complex interfaces. In fact, because of all the support and manual interventions required, continuing to use outdated software can often be more costly than simply upgrading.
  2. People Problem: Legacy software systems take an enormous amount of time to familiarize oneself with. And, anytime an employee quits, retires, or is let go the amount of training required for new employees can be significantly higher than for newer, more user-friendly software.

 

This is a lose/lose. What’s more, given all the set-up fees, training fees, support fees and the like the projected ‘savings’ never materialize and now your forced to contend with fluctuating hydrocarbon prices AND a bloated monthly OPEX.

Talk about getting stuck in the muck!

With Greasebook, office users are 99% proficient with the platform in about 20 minutes.

Within 2 seconds – FROM YOUR SMARTPHONE – you’ll have your answer to any question regarding production, allocations, performance, well history files, commentary, run ticket reconciliation, Custom Reports, State reports, and more – all sliced and diced and customized at the Company, Operator, Battery, Well, State, County, Section, Township, Range, Acquisition, or even Supervisor level…

We’ve been at this for awhile. Greasebook was established in 2012 and now supports more than 400+ oil and gas operators (small ma & pops and publicly traded companies alike) across 20 States.

Today, Greasebook is now the fastest growing production software in the patch.👏

The Greasebook corporate outpost is proudly located in Oklahoma City, Oklahoma 🤠📍

The Greasebook helpdesk is staffed by Petroleum Engineers, Geologists, and Completions Experts Monday through Friday, 8AM to 5PM CST. 

We have a real-time chat through which most questions are answered in 2 minutes or less.

Naturally, some questions are more complex and you’ll want to speak to someone over the phone. In this case, we aim to complete all callbacks within two hours of scheduling.👌

Of course, your Dashboard and Reports are available to you 24/7.

We don’t blame them.

Pumpers have been burned by Legacy Production Systems in the past. 😵

However, given how much upside you stand to gain in the form of time savings and profit, DON’T let the tail wag the dog, folks!! 💸

Real talk: the average pumper takes about 8 minutes to learn Greasebook (and that goes for guys in their 80s still tending wells…)

Give us two days and we’ll make believers out of your entire pumping crew….

Still not convinced? Check out Greasebook’s “Pumper Wall of Love” by clicking here and let the pumpers tell you themselves 😘

Let us help you help yourself. Simply send us your existing production info, and we’ll assign one of our Petroleum Engineers to turn-key your entire setup for you.

We’ll build your wells, your tank straps, your users and anything else you require.

Finally, once everything has been reviewed by your team, we’ll roll out your pumpers and either train them for you or with you – whichever you prefer.

That’s not a question, but actually no.

The average pumper demands anywhere from $125 to $400 per month.

And depending on what you require, Greasebook is priced anywhere from $5-15 well/mo.

So, given how much more you’ll get out of your pumpers, how much we’ll streamline your operations, and how quickly we’ll get this all done for you, we’re actually kind of a bargain.

Our guarantee is two-pronged…

First, run the app for full 6 weeks in your operations. If you’re not completely satisfied YOU DON’T PAY.

Second, if for any reason you’d like your money back in first 30 days after paying simply let us know and it’s yours. 🤝

However, if you’re anything like our other 400+ operators you’ll be wondering why you didn’t do this 6 months ago…

We’re ready when you are. Take the quiz and schedule a call here – depending how many operators we have in front of you, there’s a chance we can get you up and running by the end of next week.

→ “No-sweat” complete Company setup, turn-keyed by a Pet. Eng.
→ “Done for you” Pumper roll-out and training

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