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Oil and Gas

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chemical oil refinery
  • refinery
  • chemical oil refinery

Kadant plays a vital role in the oil and gas industry, delivering durable and reliable technologies that improve safety, efficiency, and sustainability across both upstream and downstream operations. Innovative rotary joints and unions are trusted in demanding applications such as coiled tubing, top drive drilling, offshore platforms, and refining processes, where secure fluid transfer under high pressures and temperatures is essential. Their full line of expansion joint technologies, including rubber, PTFE, metal bellows, and joints help absorb thermal movement, reduce piping stress, and control vibration in critical processing systems. With advanced rotary sealing solutions and expansion joint technologies, oil and gas companies can achieve greater equipment reliability, safer operations, and more sustainable performance in some of the industry’s most challenging environments.

ELSX™ Rotary Joints

ELSX RJ IndustryThe ELSX rotary joint is engineered for extended-life steam and thermal oil service in oil and gas operations. Designed to perform in high-pressure, high-temperature, and vibration-intensive environments typical of refining and petrochemical facilities, this robust equipment incorporates a convex seal geometry that increases pressure-velocity (PV) capability by up to 20% and extends seal ring life by up to 15% over traditional rotary joint designs. This advanced sealing technology enhances equipment reliability, reduces unplanned outages, and delivers consistent thermal performance in continuous, mission-critical processing applications.

 

Liqui-Mover™ Pumps

Liqui Mover Pump industryKadant Liqui-Mover pumps provide reliable, maintenance-efficient fluid movement across multiple stages of oil and gas operations, particularly where conventional pumping systems struggle. Commonly deployed on offshore platforms, upstream production sites, and remote midstream facilities, these pressure-powered pumps excel at moving condensate, produced water, and other process liquids without the need for electrical power. Their simple, robust design increases system reliability in hazardous or hard-to-access locations, while improving energy recovery by returning valuable condensate to heat-recovery and processing systems. Built for demanding environments, Liqui-Mover pumps deliver long-lasting performance that supports safer and more efficient operation throughout the oil and gas industry.

Over-The-Shaft (OTS) Rotary Unions

OTS Union IndustryKadant over-the-shaft (OTS) rotary unions are a robust solution for oil and gas production processes that require heating, cooling, or fluid transfer. Built with stainless-steel, bronze, and aluminum components for corrosion resistance and long service life, these custom-engineered rotary unions are configured to match each application’s size, number of ports, and operating conditions. High- and low-speed designs, along with options that support easy removal and field repair, help oil and gas processors reduce maintenance downtime and keep critical production assets running reliably. 

 

Custom Rotary Union

custom union industryCustom rotary unions are essential components throughout the oil and gas industry, supporting critical rotary fluid-transfer needs in upstream drilling equipment, offshore swivel stacks, frac pumps, top drives, mud agitators, and pipeline maintenance systems. These unions must withstand extreme pressures, abrasive media, and volatile hydrocarbons while ensuring reliable sealing performance in both onshore and offshore environments. Kadant engineers rotary unions specifically for these conditions, offering solutions built from advanced materials such as Inconel or corrosion-resistant stainless steels, as well as multi-passage designs for simultaneous transfer of drilling fluids, hydraulic oil, and chemical additives. Each custom configuration is designed to maintain stringent sealing integrity, extend service life, and meet the demanding operational and safety requirements of today’s oil and gas applications.

Expansion Joints and Flexible Metal Hoses

Expansion Joints IndustryKadant expansion joints and flexible metal hoses are essential components in the steam, condensate, and process piping systems that support the oil and gas industry. Found in various locations throughout production processes, expansion joints manage thermal expansion, vibration, and equipment movement under high-temperature and pressure conditions. Expansion joints absorb thermal growth, reduce system stress, and prevent leaks in pipelines carrying steam, condensate, and exhaust gases, while flexible metal hoses compensate for misalignment and movement between critical equipment. Together, they ensure safe, reliable, and efficient operation of process piping systems.

Jet Products

Thermocompressor IndustryKadant jet products provide precise steam pressure and temperature control in oil and gas operations. Thermocompressors capture and recompress low-pressure steam by blending it with high-pressure motive steam, enabling energy recovery and reducing overall steam consumption. Desuperheaters inject controlled amounts of water into superheated steam to produce stable, saturated steam for efficient heat transfer in reboilers, heat exchangers, and thermal processing equipment, enhancing energy efficiency, process stability, and reliability across refining and petrochemical facilities.

FAQ

How does Kadant support coiled tubing operations in the oil and gas industry?

Coiled tubing is a well-intervention method where a continuous steel pipe is spooled into a well to perform tasks such as cleanouts, acidizing, fracturing, and drilling. Kadant rotary joints and unions deliver reliable transfer of hydraulic fluid, air, and other media to power coiled tubing equipment. Rubber, PTFE, metal bellows, and fabric expansion joints absorb vibration and thermal movement to protect piping systems, while thermocompressors and Liqui-Mover pumps improve energy recovery. These solutions help operators achieve greater efficiency, safer operations, and reduce downtime in demanding coiled tubing applications.

What role do Kadant products play in Top Drive Drilling?

Top Drive Drilling uses a hydraulic or electric motor mounted on the drilling rig to rotate the drill string, replacing traditional rotary tables. Kadant rotary joints and unions ensure reliable fluid transfer to the rotating top drive under high torque and pressure. Expansion joints mitigate vibration, thermal stress, and piping movement, extending equipment life. Additionally, thermocompressors and Liqui-Mover pumps optimize steam and condensate management in systems that rely on steam-based power, helping drilling operators improve safety, efficiency, and cost control.

How are Kadant products used on offshore platforms?

Offshore platforms are integrated facilities for exploration, drilling, extraction, and initial processing in harsh marine environments. Kadant rotary joints and unions provide secure fluid transfer for drilling and pumping systems, while rubber, PTFE, metal bellows, and fabric expansion joints absorb thermal movement and vibration in piping exposed to extreme conditions. To enhance energy efficiency, thermocompressors recycle steam and Liqui-Mover pumps ensure reliable condensate removal in platform heating and processing systems. Together, these technologies improve reliability, safety, and sustainability in offshore operations.

What is Kadant’s role in refining processes?

In refining, crude oil is transformed into fuels and petrochemicals through distillation, cracking, reforming, and treatment. These high-temperature, high-pressure operations require dependable fluid-handling solutions. Kadant’s rotary joints and unions manage the transfer of steam, water, and hydraulic fluids in rotating refining equipment. Rubber, PTFE, metal bellows, and fabric expansion joints reduce stress and vibration across complex piping networks, while thermocompressors and Liqui-Mover pumps improve steam utilization, enhance condensate recovery, and reduce waste. These solutions enable refiners to achieve higher efficiency, lower energy costs, and more sustainable operations.