PT&P manufactured sway struts for one of the largest LNG (Liquefied Natural Gas) operations in the world. LNG, considered a “Clean Energy” and recognized as the cleanest fossil fuel, is used in several ways in our daily lives for heating, cooking, and generating electricity. LNG is also used commercially to manufacture products like fertilizers, paper, glass, clothing, food processing, medicines, commercial vehicles in addition to generating electricity. The use of LNG helps to reduce greenhouse gas emissions which helps to combat global warming. Piping Technology & Products manufactures sway struts for use in a wide range of applications in power, refineries, chemical, and solar plants to restrain movement in tension (or X plane) while allowing lateral movement (in the Y and Z plane). These Fig. 2100-F sway struts are designed with 4″ adjustment for loads up to 8,000 lb. The pins are fabricated from high alloy steel for added strength and the threaded rod ends are carbon steel and hot-dipped galvanized. The sway strut body was hot-dipped galvanized after the donut and pipe were welded. The rod ends and end brackets were galvanized a second time for added corrosion resistance after the holes for the IKO bearings and pins were enlarged to fit these component parts. The C-C dimensions are 42-1/4″, 41-1/2″, and 28″. A quality control inspection involving thread engagement and overall visual inspection was completed before shipment. In addition to sway struts, we have supplied over 3 million supports to LNG plants all over the world. PT&P has been a key supplier in LNG piping systems for almost every operator today.
Read MoreBlog
High Temperature Insulated Supports for an HP Steam Header

|
Piping Technology & Products custom-designed and fabricated pre-insulated pipe supports for a high-temperature application in an HP Steam Header located in Texas. Pre-insulated supports such as these are used in several applications ranging from semiconductor plants (addressing the current computer chip shortage) to high-temperature pipelines within plants that produce biofuels and solar power. These hot shoes range in size from 2″ to 12″ in diameter and are 12″, 15″ and 18″ long, with BOP of 4″ and 6″. The supports include a thin blanket insulation used in combination with a high-density calcium silicate insulation material. Utilizing the blanket insulation in combination with the high-density calcium silicate insulation material helped to reduce the overall costs, increased the K-factor, while also reducing the weight of these supports. We custom designed these supports using ANSYS engineering simulation for temperatures up to 844°F with an operating load up to 17,965 lb. at 732 psig. A total of 95 supports were manufactured for this project, including pipe hangers, pipe shoes with insulation and trunnion supports, as well as pipe shoe clamps without insulation. All supports were visually inspected by our Quality Control department. Piping Technology & Products offers excellent manufacturing expertise and our sister company, Pipe Shields Inc., has the engineering design and experience to assist in the development of custom pre-insulated supports or advise which of our many different supports contained in our new catalog is best for your next major project.
PT&P REF. ORIGINAL POST 05302017
Read MoreCustom Embed Plates for Gold Mine in Cajamarca, Peru

Piping Technology & Products, Inc., designed and manufactured 150 custom embed plate pieces for Latin America’s largest gold producer. This gold mine is located between 3,500 and 4,100 meters above sea level in a northwestern province of Peru. The gold district is a 10 x 4 km zone of altered rocks with a belt of Tertiary volcanic that extends through Peru. Currently, precious metals are mined in three open quarries, and according to rough estimates, the investments in the development of the gold mine amounted to about 150 million US dollars.

This project involved the production of 150, 93″ x 27″ x 1″ embed plates, which required the use of 80,000 pounds of steel and anchors. The custom-designed, carbon steel, embed plates provided stability for the feed openings of four mine shafts’ reclaim tunnels and were scheduled to be put to use immediately. Our manufacturing process for these embed plates entails the use of a Nelson® stud welding machine to weld the studs to carbon steel plates. The carbon steel plates can be shaped to meet the rectangular mineshaft dimensions, then the studs are welded in place. Concrete is then poured around the outside of the embed plate shaft and the studs anchor the plates in place after the concrete sets. These assemblies can then be hot-dipped galvanized to protect against corrosion.
So, whether gold, silver, coal, precious gemstones, rock salt, gravel, oil shale, or some other valuable minerals are being mined, stable mineshafts are an important part of the mining process. PT&P has also manufactured embed plates suitable for large-scale projects for use in the foundations of the chemical, refinery, wastewater treatment, and power plants.


Piping Technology & Products and our subsidiaries have served many different mines in the United States, Africa, Europe, and South America. PT&P has extensive experience with key piping issues on mining projects, such as wastewater treatment and abrasive media (slurry). In addition to the embed plates shown here, we have also supplied these products:
- Metallic, Fabric & Rubber Expansion Joints
- Pre-Insulated Pipe Supports
- Variable & Constant Springs
- Pipe Shoes & Hold-Down Clamps
- Slide Bearing Plates
- Field Services
In need of embed plates for an upcoming project? Request a quote today!

PT&P REF. ORIGINAL POST 03012001
Read MoreCold Shoe Anchor Supports with 4″ Thick G10 Micarta® Insulation
PT&P Cold Shoe Anchors are designed to support pipe sizes ranging from 12″ to 72″ in diameter. In this case, the supports were custom designed for one of the largest nitrogen generation systems for LNG in the Southern Hemisphere. The project employed a modular approach to its execution which included the assembly of large, complex, and heavy Process Modules as well as simple and relatively light Yard Rack Modules.

The saddles are fabricated from A240-Gr. 304L stainless steel and the base plates are fabricated from galvanized A516 Gr. 70N carbon steel. The insulation is 4″ thick G10 Micarta® material and capable of insulating from temperatures down to -300°F. G10 shoes are welded directly to the pipe spool, inspected, and tested prior to shipping which saves field installation and inspection time. G10 supports are also pretty durable making handling, transportation, and storage trouble-free. G10 Micarta® supports have an insignificant water/moisture absorption rate, meaning there is no structural deterioration in adverse weather, especially in the wake of heavy rain and storms.
G10 Micarta® supports involve fewer steps to manufacture allowing PT&P to support just in time lead times for fast-paced dynamic projects. PT&P has designed, extensively tested, and manufactured on G10 Micarta shoes for over 15 years. G10 is a preferred choice in cryogenic applications and demanding LNG environments for the following reasons:
- Impervious to water absorption–Water intrusion into the system degrades performance and leads to many problems such as ice formation.
- Superior Tensile and Flexural strength
- Low Capital Expenses: Reduced field welding time, material cost, travel time, and field installation cost
- Construction/Installation Savings: G10 pipe shoes can be sent to the pipe fabricator and welded directly to the pipe spool allowing for no inspection and testing requirements in the field.
- Easy, trouble-free handling, transportation, and storage
- Longer installation life and reduced maintenance needs
F-Type Vertical Constant Spring Supports for a 9,000 lb. Load

PT&P manufactured constant spring supports designed for loads up to 9,000 lb. Constants are used in Geothermal, Coker units, HRSG units, and other facilities where there is substantial thermal growth in the piping. Green energy (popular to offset carbon emissions) applications such as solar, wind, and hydro also utilize constants. The figure 100 type-F constant spring supports are designed to support piping from below using a sway strut because horizontal space was not available in the system. This vertical constant spring support was the first of its kind designed and manufactured by PT&P for the largest power providers in the South using a diverse fuel and energy supply of coal, nuclear, oil, gas, hydro, and some renewable energy. The base plate is bolted directly to the top of the steel or floor and the sway strut assembly is attached to the arm (cam) of the constant. With the constant bolted in position below the piping and the sway strut assembly attached via a pipe clamp above, when the pipe goes through its upward vertical movement, the constant maintains an equal and opposite force on the piping. If there is also horizontal movement (axial or lateral) in the piping, this type of constant is well suited because of the slight “arch” in the travel path of the internal cam. The constant in the first picture maintains a constant load of 7,000 lb. while the constant in the second picture maintains a load of 9,000 lb. on the pipe throughout its 4” of total travel. They are 36” high with two gussets at the base plate for added strength encountered under hydrotest loading. They are fabricated from A36 carbon steel and hot-dipped galvanized for corrosion protection. Standard load and travel testing were performed on both constants to ensure proper field operation. Piping Technology is a leader in the design, engineering, and manufacturing of pipe supports and our products have been in service for over 40 years.
Pre-Insulated Pipe Supports for High Temperatures at a Phenol Plant in Texas
PT&P manufactured 48″ diameter pre-insulated pipe supports for a high-temperature pipeline at a phenol plant in Texas. Phenol is an important aromatic organic compound used in several products like plastics, nylon, epoxies, detergents, mouthwash, antiseptics, and other pharmaceutical drugs. PT&P has consistently supplied products to these types of plants for many years and has done work for most of the largest phenol plants in the world. The production of phenol from petroleum-derived feedstocks can involve temperatures, where large bore piping can reach 250°F. Phenols are used in a diverse range of end markets, including construction, automotive, electronics, and fibre industries. Some other plants that utilize large bore piping at high temperatures, are biofuels, semiconductor, and old sands extraction processing plants. These hot shoes, in particular, are designed for pipe sizes up to 48″ in diameter. They include 6″ thick by 4″ width calcium silicate insulation, hot-dipped galvanized steel, and are designed for a load of 7,000 lb. Standard quality tests were performed before shipment. At Piping Technology and Products, we can supply a wide range of different types of pipe supports to meet your design specifications. This enables our clients to order from one vendor as opposed to several different vendors to manage the supply chain for project success in the most cost-effective manner while keeping deliveries on time. This order consisted of six different types of supports such as variable assemblies, constant support assemblies, sway struts, and pre-insulated pipe supports along with associated “off the shelf” hardware items. We have served the piping industry for over 45 years providing a unique array of engineering and manufacturing experience to an ever-changing industry.
Read More230 Chromoly Pipe Shoes & Clamps for a Natural Gas-Fed Ammonia Plant
PT&P custom-designed 230 Chromoly pipe shoes & clamps for service at a natural gas-fed ammonia plant. The pipe shoes are designed for 1″ to 42″ diameter pipelines and coated with red epoxy for high temperatures (above 750°F). Each pipe shoe design utilizes custom two-bolt pipe clamps manufactured from 387 GR. 11 CL 2 material. This design is especially useful when welding to the process pipe is prohibited. These shoes clamp around the pipe instead of welding to the pipe in order to support a given load. Special bolting is required for high temperatures utilizing A 193 GR. B16 bolting material. Quality assurance inspection was conducted prior to shipment.
Read MoreCable Tray Support Rack Fabricated for a Groundwater Remediation
PT&P provided a cable tray support rack to a groundwater treatment facility in California. Groundwater remediation is a process whereby groundwater is purified by removing pollutants and containments rendering the water useful for crop irrigation and industrial processes. Groundwater remediation techniques can include but are not limited to, oxygen gas injection, dual-phase extraction, membrane separation, carbon absorption, and chemical oxidation. Cable trays, used in this facility, were designed to suspend electrical cables, wiring, and small-bore piping throughout the facility. Cable trays are also used in biochemical plants, solar power plants, sports stadiums, green energy plants, as well as traditional plants such as petroleum refineries, chemical, and coal-fired power plants. As a general rule, cable trays protect and carry cable and wiring from point “A” to “B” inside the facility.
This section of cable tray in the photograph (blue in color) is 25’ long, 7’ wide, and 11’ tall, completely assembled. It is fabricated from carbon steel and painted with a highly chemically resistant epoxy mastic designed for immersion conditions to protect against corrosion in marine or industrial conditions. PT&P can fabricate any combination of instrument stands and structural supports from floor mounts, wall mounts, to secondary supports, and more. In addition, we have the capabilities to do what few other structural fabricators can do, including:
– Complete Engineering designs, including FEA (Ansys) and Structural Engineering (STAAD)
– Load Testing
– Incorporation of Contact Corrosion Solution,s including TPI (half-round thermoplastic) and FRP
– Incorporation of Vibration Control Solutions
– Ability to fabricate with a wide variety of metal,s including all grades of Stainless and Nickel Super Alloys
PT&P has worked on and is working on some of the largest water remediation projects in the US, where we have supplied expansion joints, variables, fire protection insulated supports, and structural pipe supports. Our ASME shop is large, local to the United States, and includes heavy-duty equipment and specially trained personnel with over 45 years of experience, making this division of PT&P ideal for large-scale projects such as this structural support, as we can leverage our massive manufacturing scale and expertise.
Read MoreCustom-Designed Bird Screens for LNG Service Provide a Humane Deterrent
PT&P custom-designed bird screens for a 3″ diameter pipeline at an LNG facility. Bird screens (or insect screens) are used on an open-ended pipe (i.e. exhaust) where birds or insects can be trapped inside the pipe creating a blockage. Birds such as pigeons and other roosting birds often build nests inside exposed piping and their droppings can carry diseases and even pose potential contamination and health hazards. Bird droppings have even been known to cause damage to sensitive equipment such as valves and gauges not to mention creating safety hazards on ladders, steps, and catwalks. It’s best to incorporate bird screens during the design of the refinery, chemical, power, LNG, or green energy plant and install them during construction. Our bird screens are fabricated from corrosion-resistant 304 stainless steel and can withstand temperatures up to 800 degrees Fahrenheit. They are designed to be easily assembled in the field without requiring a skilled welder or special equipment. PT&P can provide bird screens for any size piping or configuration.
Read More
Pipe Rollers for an Environmental Remediation Project
These pipe rollers were designed for pipelines in an environmental remediation project. These rollers can also be used in conjunction with piping on bridges, landfill gas equipment, including oil-water & moisture separators, SVE systems, candlestick flares, blower packages, drainage systems, and many other infrastructure projects. The rollers are fabricated from cast iron, with a carbon steel frame, rods, and nuts. The units are designed for 14″, 18″, and 24″ pipe sizes and 5,000 to 7,200 lb. operating load. The rollers are designed to include 1-1/2″ thick insulation, and the size is selected to include the pipe covering saddle for the insulation. Standard quality control tests were performed prior to shipment. Roller hangers are used for the suspension of pipe from a single rod where axial movement may occur because of expansion or contraction.
Read More






