Oil and gas operations are some of the most demanding industrial environments in the world. Whether you’re working upstream in exploration, midstream in transportation, or downstream in refining, stable heat is essential to keep crews safe, equipment functional, and processes on schedule.
However, many sites struggle with outdated heating systems that consume enormous amounts of fuel while delivering low static pressure. The outcome is high operating costs, decreased efficiency, and safety risks that threaten productivity.
At a time when energy efficiency and operational reliability are more critical than ever, there’s a better way forward: Jet Heat technology from REIC Specialty.
The Problem with Conventional Heaters
Traditional heaters—especially direct-fired and older indirect-fired models—often fall short in oil and gas environments. Contractors and operators regularly encounter:
- High Fuel Consumption: Older systems burn through propane or diesel at unsustainable rates.
- Low Static Pressure: Heat struggles to travel through ductwork, leaving cold zones and uneven coverage.
- Moisture & Fumes: Some heaters introduce exhaust gases or damp air that can damage equipment and affect worker safety.
- Frequent Downtime: Maintenance issues, clogs, or malfunctions disrupt operations and drive costs higher.
- Inefficiency in Harsh Environments: Extreme cold, wind, and large open sites strain outdated systems.
For crews working in remote, high-demand conditions, these inefficiencies don’t just cost money—they jeopardize safety and schedules.
What is Jet Heat Technology?
Jet Heat is a patented flameless heating system designed to overcome the frustrations of traditional heaters. Engineered specifically for tough industrial environments like oil and gas, Jet Heat provides unmatched performance with industry-leading efficiency and safety.
Key Features:
- Flameless Operation: No open flame means safer performance in volatile environments.
- High Static Pressure: Capable of pushing heated air up to 500 feet through ductwork—covering large sites and hard-to-reach zones.
- Ultra-Fuel Efficient: Achieves >97% efficiency, reducing fuel consumption dramatically compared to conventional heaters.
- Clean, Dry Air: Delivers breathable air without combustion byproducts or excess humidity.
- Rapid Heat Rise: Produces significant temperature increases in record time, even in extreme cold.
The Jet Heat Advantage for Oil & Gas
Jet Heat addresses the everyday heating challenges contractors and operators face on oil and gas projects—delivering powerful performance, efficiency, and safety in demanding environments.
- Lower Fuel Costs: Fuel is one of the largest operating expenses on remote sites. Jet Heat’s industry-leading efficiency translates directly into cost savings, allowing operators to use less fuel while achieving greater heat output, even in extreme conditions.
- Consistent Coverage: Traditional heaters often struggle with low static pressure, leaving cold zones across large sites. Jet Heat’s high static performance and powerful fans push heat over long distances, ensuring uniform coverage and maintaining productivity across the entire job site.
- Improved Worker Safety & Comfort: Crews perform best in warm, dry, breathable environments. Jet Heat eliminates fumes, minimizes condensation, and maintains stable temperatures—improving both safety and comfort in even the harshest climates.
- Reduced Equipment Downtime: Cold and moisture can wreak havoc on sensitive systems. By maintaining stable environmental conditions, Jet Heat helps protect critical tools, infrastructure, and equipment, reducing maintenance issues and costly downtime.
- Environmental Responsibility: Jet Heat combines high efficiency with clean operation, supporting sustainability goals and reducing emissions compared to conventional heating technologies.
Where Jet Heat Fits in Oil & Gas
Jet Heat is designed for environments where conventional heaters fall short. Common applications include:
- Drilling & Exploration Sites: Keeping crews safe and equipment functional in remote, cold-weather regions.
- Pipeline Projects: Protecting welds, coatings, and materials during construction or maintenance.
- Refineries & Plants: Supporting shutdowns, turnarounds, and temporary heating needs in sensitive areas.
- Storage Facilities: Preventing freezing, condensation, and moisture-related issues.
- Emergency Response: Rapid deployment during extreme weather events or unexpected outages.
Wherever there’s a need for reliable, high-efficiency heating in tough conditions, Jet Heat is the solution.
Scenario: Cutting Costs on a Winter Pipeline Project
The challenge: A pipeline contractor in northern Canada was burning through thousands of gallons of diesel each week using conventional indirect-fired heaters. Despite the expense, certain sections of the project remained underheated, delaying coating applications and exposing crews to unsafe conditions.
The REIC Solution:
REIC Specialty would deploy Jet Heat flameless heaters with ducting extending up to 400 feet along the pipeline trench to deliver powerful, even heat. Multiple inefficient units would be replaced with fewer high-capacity Jet Heat systems to maximize coverage and minimize fuel use. Throughout the project, REIC technicians would monitor system performance on-site to ensure optimal heat distribution and fuel efficiency.
The result:
This approach would reduce fuel consumption by nearly 40%, and consistent heat coverage would eliminate cold zones, keeping coating crews on schedule. Worker safety would improve thanks to clean, dry air across the site. The contractor would save significantly on operating costs while protecting project timelines, demonstrating the value of a smarter temporary heating strategy.
Best Practices for Deploying Jet Heat
To maximize the benefits of Jet Heat, oil and gas operators should follow proven strategies:
- Plan Early for Seasonal Challenges – Incorporate temporary heating solutions into project schedules before winter arrives.
- Use Strategic Ducting – Leverage Jet Heat’s high static pressure by ducting air directly to critical zones.
- Pair with Dehumidification if Needed – For projects involving coatings, sealants, or moisture-sensitive materials, combine heating with desiccant drying.
- Monitor Conditions Continuously – Use sensors to verify performance and maintain compliance with safety standards.
- Partner with Experts – Work with REIC technicians for equipment sizing, placement, and ongoing support.
Why Oil & Gas Contractors Choose REIC Specialty
Contractors and operators across North America trust REIC Specialty because we offer more than just heaters—we offer expertise, reliability, and 24/7 support.
- Turnkey Service: We manage the process from assessment to deployment and removal.
- Rapid Response: Equipment and technicians are available 24/7, ready to mobilize for emergencies.
- Proven Technology: Jet Heat and other advanced solutions are designed for industrial environments.
- Nationwide Reach: 19 locations across North America ensure coverage wherever you operate.
- Safety First: All equipment meets industry standards, with flameless technology designed for hazardous environments.
Ready to Overcome Fuel Costs and Low Static?
In oil and gas operations, heating is not optional—it’s essential. If high fuel costs and low static pressure frustrate your crews and strain your budgets, it’s time to switch to Jet Heat.
With REIC Specialty’s innovative technology, you can achieve lower operating costs, safer job sites, and more efficient performance—even in the harshest conditions.
Contact REIC Specialty today to learn more about Jet Heat and how it can transform heating performance on your next oil and gas project.