directional drill mud pump supplier

Horizontal Directional Drilling (HDD) is a trenchless method for installing pipes and cables underground. The process involves boring a tunnel beneath the surface where trenching is not practical.

Boring underground requires drilling fluid that combines water and bentonite clay to help remove cuttings, stabilize the bore, cool the cutting tools, and lubricate pipe string. As the process comes to life, the drilling pump rotates the drill bit which then removes the material. As the drill bit is rotating, the pressure and fluid produced by the drill pump helps stabilize the tunnel. The mud extracted from this process is then filtered and reused for drilling fluid.

HDD is a process usually deployed when installing pipes and cables underneath roads, rivers and other types of infrastructure. Therefore, most jobs come with a challenging set of parameters that demand high rates of accuracy, efficiency, and effectiveness. Equipment manufacturers and end-users can trust our +160 years of experience manufacturing pumps for both petroleum and industrial industries.

Our HDD industry pumps offer higher flow rates at slower speeds, ranging from 200 to more than 1000 gpm at pressures exceeding 2000 PSI. Through this more efficient operation, we can help extend the life of our pumps and consumable parts, even in the most demanding HDD projects.

Our lineup of dedicated high pressure HDD pumps come in a lightweight design that eases the burden of transportation and setup while also maximizing their power potential. With max rod loads ratings up to 53,000 and horsepower up to 800 BHP, our HDD high flow pumps can handle tough jobs with ease.

Partnering with GD Energy Products for your HDD equipment also means having an expert team to support you throughout the lifecycle of your pump. We have field service technicians who can come to you with solutions, as well as 24-hour customer service and our Parts on Demand program that ensures you never run out of pump parts when you need them.

It’s all-in service of ensuring that every HDD pump you get from GD Energy Products meets our performance standards and exceeds yours. With easy access to aftermarket parts and consumables, HDD companies can trust they have a truly reliable pump at a lower total cost of ownership (TCO).

Black gold is truly the best description to sum up the value of oil. One of the most important contributors to change and industrialization, it drives the wheels of progress. ShalePumps is headquartered in Houston, the global oil capital. Headed by experts, it has a vision to support the industry with superior completion equipment. Frac operators, drilling contractors and well service companies source rely on ShalePumps for superior quality.

The key personnel of ShalePumps have a combined experience of more than a hundred years. This experience is reflected in the quality of our equipment. The fracking pumps, components and all services are much sought after for reliability and long life. This is because of the processes we follow. The design, materials, precision engineering and expertise contribute to an advanced assembly line.

After many years of thought and conscientious engineering, the team at ShalePumps is proud to add the Q5K™ 5000 HP Frac Pump to their list of many product offerings. Perfectly capable and suited for the next generation of hydraulic fracking market demands and technology. The Q5K is the only frac pump that has been designed and developed from the ground up to be capable of accepting true 5000 HP in a continuous duty frac application.

ShalePumps has consistently delivered high quality completion equipment to all stakeholders. The mission is to develop faster, rugged and efficient equipment to help the Oil and Exploration Industry. The vision is to continue leading the race with the best quality in completion equipment.

As development brings new utilities and services to suburban and rural areas near growing cities, installing new buried lines and pipes pose many challenges. These additions are usually installed close to existing houses and businesses, requiring careful drilling and boring procedures. Directional drilling is a great way to make essential infrastructure and utility installations while disturbing local traffic patterns and residents as little as possible. Yet the success or failure of any particular directional drilling or boring project often hinges on the quality of the pump chosen for the process.

Directional drilling is a method of creating a shallow underground tunnel with a boring tip and a heavy-duty slurry pump. This combination can dig relatively large diameter channels without disturbing the surface of the ground, minimizing damage to the landscape and qualifying the procedure as a trenchless service. This technique is also referred to as directional boring and Horizontal Directional Drilling (HDD), depending on the size of the channel and the equipment used to bore it. This technique can penetrate a wide range of dense and soft soil conditions, including flooded grounds and wetlands.

Almost any installation of a curved and relatively shallow pipe or cable can be handled with directional drilling equipment. This means there’s high demand for the services across the country.

Since directional drilling doesn’t require digging a trench from the surface downward, there’s little disturbance to plants and trees. This makes it popular among both city planners and homeowners living around the installation areas where boring is necessary. A drilling fluid is used to keep heat from building up and to encourage the flow of debris smoothly down the pipe. This fluid consists of a steady supply of fresh water mixed with a specially made polymer or bentonite clay to increase the lubricating and cooling properties of the liquid. To keep the fluids moving at full pressure, the project needs heavy-duty slurry pumps to move the debris-filled liquid back to the reclaiming chamber to clear out bits of dirt and rock. The slurry removal and transport pump takes the brunt of wear and tear from the process since it must move liquids packed with sharp bits of stone and soil that are highly abrasive.

Most directional drilling pumps are based on modified slurry pump designs since these units need to work with drills producing up to 600 metric tons of thrust force. Large bore directional drilling heads can remove large chunks of solid stone and compacted soil that causes a lot of wear and tear to traditional slurry pumps. Debris bouncing against internal parts like impellers and spiral vanes results in constant repairs and a shortened lifespan of the pump. EDDY pumps are designed to last even in challenging directional drilling and boring applications.

It’s the specific design of the EDDY Pump that makes it ideal for directional boring and HDD uses. An open rotor design allows objects of up to 12 inches in diameter to pass through the pump without clogging it. This should cover even the largest and most aggressive cuttings generated by boring and drilling. There’s also no issue with generating plenty of pressure with any kind of drilling fluid with the open rotor design. Corrosive and abrasive mixtures don’t cause issues for the tough EDDY Pump design either. There’s relatively little maintenance needed to keep the high solids EDDY slurry pump working project after project. Sizing the right pump to the boring equipment will ensure it lasts for years with minimal wear and tear from the abrasive debris and cuttings.

Most contracts for public and private directional boring work include a clause stipulating the contractor is responsible for cleaning up after the work is completed. These cleanup steps usually include dewatering any remaining drilling fluid or transporting the cleaning water left over after the drilling bits are removed. Slurry pumps are also great for quickly removing these lingering fluids even when plenty of debris is mixed into the liquid.

Consider the EDDY Pump for your next directional boring project. Contact our team today to discuss your needs and let us pair you with the perfect pump for slurry removal and transport.

Mud pumps are a vital part of pipeline drilling projects. But with mud pumps, you have a decision to make: Should you use an onboard or a stand-alone mud pump? Both can get the job done well, but what’s the best option for your operation? To answer those questions, we have to look at three different factors: productivity, transportation and space.

First, you have to consider your productivity goals. To maximise the capacity and productivity of your pipeline directional drills, you need a consistent flow of drilling fluid that a mud pump can provide. However, there is a difference in size between onboard mud pumps and stand-alone ones.

For example, on the Vermeer D220x300 S3 Navigator® horizontal directional drill the maximum drilling fluid flow is 345 gal./min (1306 l/min). An onboard mud pump most likely won’t be able to reach that maximum flow but a stand-alone pump could. At 100% efficiency, the Vermeer SA400 Tier 4i (Stage IIIB) high-pressure mud pump has a maximum flow of 550 gal./min (2082 l/min), which would allow you to maximise the fluid flow on your drill.

If you lower your fluid flow, you are slowing your downhole speed and your thrust/pullback speed. You can get by with a smaller onboard mud pump, but you will have to take things slower and be patient as you drill.

“The higher the flow, the higher the productivity,” said Tod Michael, a Vermeer product manager for trenchless products. “If you are drilling a smaller diameter bore, a small onboard pump could handle the job. But if you need to increase your fluid, have a higher gal/min flow downhole or are drilling a 24 in. (60.9 cm) diameter or larger, a stand-alone mud pump is a good option.”

A stand-alone mud pump means there is more equipment to haul to the jobsite. Often, this requires an additional truck to transport it, since you also have to haul your drill, reclaimer and drilling fluid too. Another truck means extra costs and is something to be aware of beforehand.

One last thing to consider before you make a decision between onboard or stand-alone mud pumps is the space on the jobsite. Think about the typical amount of room you have for equipment. Will you have space for a stand-alone mud pump each time?

“Your jobsite space may vary from site to site, but ensuring that you will have room for a mud pump is an important factor to remember as you plan the project,” said Michael. “Usually, if contractors have the space, they will opt to have a stand-alone mud pump onsite.”

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The WPU 8500 mud pump offers 200 GPM (760 LPM) flow along with 1000 PSI pressure which helps you to drill faster. WPU 8500 powered on 169 HP Kirloskar engine coupled with hydraulic pump to operate the mud pump.

150 drilling mud mixing pump products are offered for sale by suppliers on Alibaba.comAbout 24% % of these are pumps, 12%% are mine drilling rig, and 2%% are concrete pumps.

A wide variety of drilling mud mixing pump options are available to you, such as 1 year, 2 years and 3 years.You can also choose from new, drilling mud mixing pump,as well as from energy & mining, construction works , and machinery repair shops drilling mud mixing pump,and whether drilling mud mixing pump is 1.5 years, or unavailable.

Sometimes, during the use of the mud pump, the mud pump does not absorb water due to insufficient filling water and the inability to discharge the air in the pump. In addition, the reason why the mud pump does not absorb water is also caused by the leakage of the suction pipe and the front The gap between the liner and the impeller is too large; when this happens, after finding the cause of the phenomenon, it is necessary to take corresponding measures to solve the problem. The measures include continuing to infuse the water diversion, check the pipeline, and observe Whether there is air leakage, adjust the gap between the impeller and the front liner.

In addition, if the gap between the impeller and the front liner is too large (or the impeller liner is worn), it is also easy to cause the failure of the water pressure and flow rate. This is also one of the common failures of the mud pump. Adjust the gap between them (or replace the impeller and liner). In addition, the reasons for the low water pressure and flow include the air in the pump and the tightness of the clutch. The corresponding solution is to exhaust the air in the pump. Empty, adjust the clearance of the clutch friction plate.

The slow water supply of the pump is also related to the large gap between the front liner and the impeller. In addition, the failure of the water outlet pipe to seal the air and the full emptying also cause the slow water supply failure of the pump. Therefore, it is necessary to adjust the water outlet pipe. Install the vacuum device.

When the pump shaft is not concentric with the diesel engine (motor), it will cause the mud pump to vibrate. Therefore, it is necessary to adjust its concentricity; in addition, the impeller imbalance and bearing damage will also cause the vibration of the water pump. If the impeller is unbalanced, it is necessary to perform a balance test on the impeller. If the bearing is damaged, only the bearing needs to be replaced.

The impeller is one of the most important parts of the pump product. When the high pressure water pump has low lift, misaligned packing, misalignment of the pump shaft and the back cover, etc., the wear of the impeller journal will continue to increase, so it is necessary to adjust the high pressure. The high pressure pump and packing of the mud pump head are replaced. The concentricity of the pump shaft and the back cover can be adjusted appropriately.

When construction is carried out in a place with a poorer construction environment, it will be added to a place with a poorer construction environment, which will increase the wear of the pump. Therefore, it is necessary to maintain a good construction environment to cause this phenomenon The reasons for this also include the long transmission distance and long water inlet pipe, which requires adding an afterburner and shortening the length of the water inlet pipe to reduce cavitation.

There are many common faults of the mud pump, which requires careful inspection of the various parts of the mud pump before construction. Pay more attention to the three processes of startup, operation and shutdown, and operate in accordance with the prescribed procedures to reduce The probability of mud pump failure.

Interested in a trade in value or converting your equipment into cash? We buy or trade for all types of directional boring equipment including: directional drills, trailers, HDD Tooling and other HDD support equipment. We make it as easy as possible to get you the money you need for your equipment.

Mud pump manufacturers frequently offer both types of pumps. In reality, the pump power end and fluid ends are identical. The difference lies with the method used by the pump to displace the mud.

In the early 1990s, it was generally accepted that the pumps used on mid-size and small boring machines should deliver fluid to the bore at a high pressure (1,800 to 2,200 psi/124 to 152 bar)) and have a low flow rate of 5 to 25 gpm (19 to 95 Lpm).

As the industry matured and operators became more experienced, it was found that a higher mud flow with lower pressures was the superior way to bore. In some formations high pressure, low flow is still preferred and provides the most success. However, in the majority of areas, higher flows are best to provide hole cleaning (removal of solids) and provide adequate bentonite for formation sealing and lubrication.

One advantage of plungers/packing is that the packing can be adjusted by the operator to minimize leakage until the bore is complete and the pump can be serviced.

Pumps with piston/liner technology work in the opposite manner. Pistons work well to prevent leakage when flow pressures are low (below 1,200 psi/83 bar). Pistons are generally larger in diameter than plungers, allowing the pump to run slower-this is good-for the same flow rates.

This system consists of a small centrifugal pump, spray nozzles, piping and collection tank. It sprays a mixture of water and lubricant (non-foaming soap or a small amount of liquid polymer), onto the back of the pistons.

Many boring machines are equipped with plunger pumps. These units are being applied where piston technology should be used, mainly low pressure and higher flows. These pumps frequently have leakage problems. To help operators combat leakage on these boring machines, conversion kits are being developed by some pump manufacturers to allow pumps to be changed from plunger to piston technology. Consult your boring machine or pump manufacturer for availability.

Economically, a good time to consider changing from plunger to piston technology on your pump is when the plungers are no longer serviceable and must be replaced. Conversion kits can be installed in the field and are considered bolt off bolt on upgrades.

If your mud pump has leakage problems, consider that you may be asking your pump to operate in a condition or application for which it was not originally designed.

Jerry Watson, INROCK Equipment Systems, is a member of the Drillmaster Editorial Board. Reports are reviewed by a team of drilling professionals: Watson; Frank Canon, Baroid Industrial Drilling Products; and Mark Van Houwelingen, Vermeer Mfg. Co.