• Circulation Heaters

• • Precise
    Control: These heaters, equivalent to tube and shell heat exchangers, are
    used where a process stream requires heating to a finely controlled
    set-point.
  • Quality
    Assurance: The CaloritechTMline of
    circulation heaters is designed and manufactured in accordance with ASME
    standards, ensuring top-notch performance and safety.

• Environmental Air & Space Heaters

• • Industrial Safety: Thermon’s advanced heating and
    filtration systems maintain safe temperatures in heavy industrial and
    hazardous facilities.
  • Applications: Engineered for expansive spaces like
    factories, arenas, and malls, these space heaters combine energy efficiency
    with unparalleled heating capability, supporting the shift towards greener
    industrial and commercial heating solutions.
  • Our
    trusted brands like Ruffneck™, Caloritech™, Cata-Dyne™, Norseman™, and 3L
    Filter™ ensure quality and efficiency.
    

• Removable Electric Blankets (Powerblanket)

• • Flexibility and Efficiency: These heating blankets
    are tailored for various applications like steam traced piping systems and
    vaporizers, offering a cleaner electric solution for heating.
  • Benefits: These versatile heat blankets enhance
    the longevity of equipment, ensure fluid flow consistency, and keep projects
    on schedule.

Liquid & Steam Powered Options

Electric Steam Boilers

• Efficient Steam Generation: The Caloritech™ Electric Steam Boilers provide a safe and versatile heat source for both low and high-pressure steam. Adaptable to dual energy systems, they emerge as a primary choice for steam generation.
• Noteworthy Features: Offering clean and odorless steam without the need for venting, these boilers ensure quiet operation. They are designed to the latest edition of the ASME Code and are compliant with SELO standards.

Hot Water Boilers

• High-Energy Transfer: The Caloritech™ Hot Water Boilers exemplify efficiency by transferring over 98% of the consumed energy directly to water, making them an optimal choice for industries looking for a reliable source of hot water.
• Noteworthy Features: Echoing the advantages of their steam counterparts, the hot water boilers are clean, odorless, and quiet, minimizing both electrical and plumbing installation costs.

Specialized Solutions

• Catalytic Methane Heating
  • Methane Destruction: With methane being 80 times more potent as a greenhouse gas compared to CO2, Thermon’s EnviroDyne™ Methane Destruction Unit offers a sustainable solution. It focuses on the flameless conversion of methane to less harmful carbon dioxide and water vapor, emphasizing the critical role of reducing methane emissions.
  • Legacy in Catalytic Heating: For over half a century, Thermon has pioneered catalytic heating technologies, particularly in environments considered hazardous.

• Heat Trace
  • Diverse Heating Cables: Thermon takes pride in manufacturing an extensive array of heating cables, spanning from self-regulating and parallel constant watt to series resistance and mineral-insulated cables.
  • Multifaceted Utility: Not only does the heat tracing solution fortify pipe freeze protection, thereby enhancing the lifespan of vital infrastructure, but it also incorporates the capability of automated control, ensuring energy efficiency and precision in heating.

Thermon continues to shine in the realm of electrification and decarbonization, showcasing products that not only respond to immediate industrial needs but also underline a forward-looking approach to a greener planet.

Learn More About Our Process Heating Solutions

Explore More Electrification Solutions in Our Comprehensive Brochure

Heating Solutions for Wind Turbines

• Nacelle Temperature Regulation
  • Fan Forced Unit Heating: Critical for wind power heater functionality, this solution ensures temperature equilibrium within the nacelle—the heart of wind turbines. By preventing condensation damage, it ensures that wind turbine parts function at their peak efficiency, mitigating common wind turbine problems.
• Protection of Sensitive Components
  • Enclosure and Panel Heating: In the world of wind energy solutions, safeguarding the control panels and electronic enclosures is paramount. These heating solutions fend off low temperatures, corrosion, and condensation, providing a stable environment for the optimal performance of critical components.
  • Duct Heating: This solution is designed to protect sensitive electronics and other integral components of the wind turbine from cold weather and moisture damage, thereby ensuring consistent and efficient operation across power farms.

• Optimal Fluid Operations:
  • Liquid and Gas Heaters: As part of comprehensive wind turbine maintenance, these heaters ensure that liquids or gases, like hydraulic or cooling fluids, used within the turbine maintain the ideal temperature, promoting both optimal functionality and safety.
  • Immersion Heaters: Perfect for wind turbine applications, they maintain specific liquid temperature thresholds, vital for ensuring turbine lubricants or other fluids function effectively, addressing common wind turbine problems and solutions.

• Versatile Heating Applications:
  • Heating Elements: These versatile solutions, including strip and cartridge elements, are adaptable across various areas of the turbine. They maintain optimal temperatures, ensuring that the turbine remains functional and resilient in extreme or variable conditions, fortifying wind as a renewable energy source.

Dive Deeper Into Wind Turbine Heating Solutions in our Guide

Hydrogen Production: The Future of Sustainable Energy

With the burgeoning demand for electricity and the overarching need for renewable, eco-friendly solutions, hydrogen emerges as a promising choice. Here is an overview of hydrogen and its significance in the future energy landscape.

Hydrogen’s Role in Energy

• Sustainability: With global efforts to reduce carbon emissions, hydrogen offers a sustainable solution to meet rising electrical power demands. It serves as a bridge between renewable power generation and the widespread use of electricity as an energy source, representing the epitome of “Electrification.”
• Functionality: Hydrogen acts as an energy transport method and an indirect electrification method, rendering it invaluable for sustainable electricity for industries such as chemical and petrochemical.

Hydrogen Types

• Brown Hydrogen: Derived from coal, it’s less eco-friendly as the production releases carbon dioxide and other emissions into the atmosphere.
• Gray Hydrogen: Sourced from natural gas, it too releases emissions directly into the environment.
• Blue Hydrogen: Originates from natural gas, methane, or coal gasification but uses an environmentally friendly process that captures and stores carbon dioxide (CCS), making it more sustainable.
• Green Hydrogen: Represents the pinnacle of eco-friendly hydrogen production. It’s produced via water electrolysis, powered by renewable energy sources such as wind and solar.

Production & Purification

Electrolysis Breakdown
Electrolysis, the process where water molecules are separated into hydrogen and oxygen using sustainable electricity, is the backbone of green hydrogen production. Three main methods spearhead hydrogen electrolyzer manufacturing:

• Alkaline Electrolysis (AEL): A tried-and-true method, having been in industrial use since 1927, AEL utilizes a liquid electrolyte and achieves efficiencies of 70% to 80%. However, it takes longer to start and is sensitive to impurities.
• Proton Exchange Membrane Electrolysis (PEM): A modern approach using an acidic polymer membrane and platinum-based electrodes, PEM can operate at temperatures below 100°C. PEM hydrogen generators also benefit from Thermon’s electric boilers, which can expedite cold weather start-ups.
• Solid Oxide Electrolysis (SOEL): Operating at intense temperatures of up to 1000°C, SOEL achieves the highest efficiency of around 80% when paired with external heat sources. It uses superheated water vapor, requiring electrical steam superheaters or circulation heaters.

Purification
To ensure hydrogen is ready for commercial applications, purification techniques such as Pressure Swing Adsorption (PSA) and Temperature Swing Adsorption (TSA) are employed. These methods guarantee high-purity hydrogen, which is essential for applications like hydrogen gas turbines and compressors.

Applications & Innovations in Hydrogen Technology
Hydrogen is rapidly becoming the clean energy choice for various applications, from powering buildings to generating water in hydrogen-powered cars. Moreover, with advancements, we now see hydrogen fuel cells powering drones, large trucks, and even ocean-going vessels. Future technologies foresee hydrogen-powered airplanes, rockets, railroads, and buses, amplifying hydrogen’s significance in the energy landscape.

Thermon’s Electrolyzers and Hydrogen Generation Products

At the heart of the hydrogen revolution lies advanced technology. Thermon, with its range of products, plays a pivotal role in ensuring efficient hydrogen production:

• Electric Boilers: Designed to cater to the needs of Proton Exchange Membrane fuel cells, these boilers swiftly facilitate cold weather start-ups, ensuring minimal operational delay.
• Caloritech (EX) Circulation Heaters: Tailored for high-temperature scenarios, these heaters are crucial for Solid Oxide Electrolysis. They superheat steam, ensuring the electrolysis unit functions at peak efficiency.
• Thermon EX-Circulation Heaters: Multifunctional in design, these heaters are perfect for:
  • Preheating water before it undergoes electrolysis, setting the stage for optimal hydrogen production.
  • Regenerating the DeOxo reactor, ensuring hydrogen’s purity.
  • Heating the TSA columns. With an efficient, accelerated heating process that is also environmentally friendly, these heaters are central to hydrogen production.
• Electric DI Water Heaters: Engineered specifically for electrolysis, these heaters supply hot Deionized water for PSA systems, playing an integral role in hydrogen purification.
• Heat Tracing: For projects that are smaller in scale or are still in the pilot phase, heat tracing can take over the role of DeOxo heaters. By maintaining temperature consistency around piping and vessels, they ensure efficient hydrogen production.

Hydrogen is a key factor in the heightened global emphasis on achieving net-zero carbon emissions. Whether through green electrolysis plants, pioneering hydrogen electrolyzer manufacturers, or the development of PEM hydrogen generators, Thermon and the broader industry are propelling hydrogen solutions into a brighter, cleaner future.

Learn More About Hydrogen Production With Our Brochure

Advice and Support from Renewable Energy Experts

Thermon isn’t just a provider of renewable energy solutions; we’re your partners in sustainable innovation. Boasting a dedicated team of renewable energy specialists, we offer tailored strategies to align with your unique needs. Our commitment doesn’t end with our products. We ensure that every project benefits from our deep expertise, ensuring safety, efficiency, and reliability at every turn.

Trust in Thermon for expert guidance in your renewable energy journey.

Contact Thermon today and let’s drive a sustainable future together.

Contact us today to get started!

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More Renewable Energy Resources

• Clean Energy Solutions Overview
• Engineered Solutions for Boiler Electrification
• Thermon’s Energy Transition Solutions Overview
• The Top 10 Advantages of Industrial Electric
• Process Heating Equipment Overview

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