When we talk about the oil and gas industries, fracking equipment plays a crucial role in the safe and efficient extraction of natural gas and crude oil from sandy locations and rocky surfaces. During the operation, things can get complicated. Thus, purchasing from reliable Frac valve companies in Texas that offer durable products designed per the industry’s standards is essential.
Frac equipment goat heads are critical equipment in the fracking operation. Let’s look at what it exactly is and what purpose it serves.
What is Goat Head?
The goat head is also known as the buffalo head and frac head. It is a part of the frac tree (a specially designed Christmas tree employed in the hydraulic fracking process). Typically, a frac tree consists of a goat head, swab valve, wing valves, and lower and upper master valves. It has a larger borehole and higher pressure rating than compared to the conventional Christmas tree installed in the production well.
Frac equipment goat heads can be defined as the flow cross or a pressure vessel that contains at least four flanged or studded connections. It helps in controlling the high-pressure fluid flow used in the fracking process.
A goat head employs a heating iron combination of valves, manifolds, and pipings. It delivers fluid treatment to the wellbore from mixing and pumping equipment. Frac valve companies in Texas will offer you goat head in different sizes with top and bottom connections, side connections, and angles of the side connections.
What are the Functions of the Goat Head?
A goat or frac head is incorporated with a wear-resistant surface, mixing section, and reversing directional flow. Some of the key functions it serves are:
- Goat heads are designed to ensure a safe and systematic fluid flow while pumping large volumes at extreme pressure upon flux completion.
- It reduces the risk associated with using inferior equipment.
- The goat head in the frac equipment offers a bottom approach to the piping. Thus, reducing the overall height and dynamically mixing the fluid in the goat head from an angled flow path.
- It contains a hardened wear surface that includes the surface of specific zones to resist erosion caused by backflow.
- The cross-section of the restricted exit bore is smaller than the sum of the inlet cross-section. It helps in generating faster and more streamlined flow as the fluid exit the goat’s head.
- The goat head in the frac equipment has multiple entrances. It is incorporated with at least one exit that is non-parallel to the opening in the horizontal plane. As a result, the fluid flow angle is altered from the inlet and outlet.
Bottom Line
Frac equipment goat heads are also known as fracturing head or frac head. It is typically used in frac stacks and trees during the fracturing work and is incorporated with flange-end and studded connections.
Goat head is available in a wide range of sizes and inlets. The inlets are used to tie multiple frac lines into a frac tree. With a top, bottom, sides, front, and back, it forms a three-dimensional block.
Keeping in mind that different environments and road protocols need different designs, ASECO fracturing equipment is accessible in the truck, frac semi-trailer, acid tank trailer, and skid-mounted designs.
Several designs for different types of units are available and if the end-users are looking for customization, our veteran in-house engineering team will make sure that this design will also be comprehended.Some of the fracturing equipment that we have are an acid tank trailer, acid storage tanks, frac tank semi-trailer, acid transporting tank with a crash frame.
Fracturing equipment is worked across a range of different pressures and injection rates.
On the high end of the gamut, the pressure used for fracking may as high as 15,000 psi and the injection rate could be as much as 100 barrels per minute.
What is the Slope-Intercept Form?A line withinside the -dimensional Cartesian coordinate aircraft may be defined as a dating among the vertical and horizontal positions of factors that belong to the road.
This relation may be written as $y =f(x)$.
One of the shapes of the road withinside the -dimensional Cartesian coordinate aircraft is the slope-intercept shape, $y = MX + b$, where $m$ and $b$ are actual numbers.
For example, the graphical illustration of the road $y=8x+10$ is given withinside the photo below.
This method that the road passes concept factor $(zero,10)$.
The slope-intercept paintings with steps indicate the whole step-through-step answer for this example.https://www.standardformcalculator.com/The slope of a line withinside the -dimensional Cartesian coordinate aircraft is typically represented through the letter $m$, and it's miles every now and then referred to as the price of extra de among factors.
