Introducing the
Mobile Steam Unit (MSU)

Revolutionize well rehabilitation with HydroFusion Energy’s next-generation technology the Mobile Steam Unit (MSU)!

HydroFusion Energy: Introducing the Mobile Steam Unit - The Future of Well Rehabilitation

Revolutionize well rehabilitation with HydroFusion Energy’s next-generation technology – the Mobile Steam Unit (MSU)!

The MSU utilizes a completely green process to generate steam for well cleaning and stimulation. It achieves this through an exothermic reaction, where our patented MSU catalyst decomposes Hydrogen Peroxide (H2O2), producing steam without harmful emissions.

Here’s what makes the MSU stand out:

  • Environmentally Friendly: No combustion, no pollutants – just clean, sustainable steam generation.
  • Enhanced Efficiency: The MSU delivers powerful steam for superior wellbore cleaning and stimulation.
  • Safe Operation: The controlled exothermic reaction ensures safe and reliable operation.
  • Mobile and Versatile: The compact design allows for easy transportation and deployment at various well locations.

The MSU is ideal for a variety of well rehabilitation applications, including:

  • Paraffin removal
  • Scale removal
  • Waterflood conformance improvement
  • Enhanced oil recovery (EOR)

Move beyond traditional methods and embrace the future of well rehabilitation. Contact HydroFusion Energy today to learn more about the Mobile Steam Unit and how it can revolutionize your operations!

The Power of Hydrogen Peroxide: Safe, Sustainable, and Versatile

The foundation of the MSU’s groundbreaking technology lies in hydrogen peroxide (H2O2), a well-established and versatile compound. Here’s a deeper dive into its significance:

  • Global Usage: H2O2 is extensively used worldwide across various industries. Notably, over 50% of its production goes towards pulp and paper bleaching.
  • Beyond Bleaching: Its applications extend far beyond bleaching. H2O2 plays a vital role in:

    • Wastewater Treatment: Removing biochemical oxygen demand (BOD) and chemical oxygen demand (COD) from wastewater, contributing to cleaner water.
    • Hospital Hygiene: Acting as an antimicrobial agent in hospitals, promoting a sterile environment.
    • Laundry Powerhouse: Enhancing laundry cleaning as a bleaching agent.
    • Rocket Fuel (High Test): Concentrated H2O2 (>90%) finds use as a propellant in rocketry, with applications in World War II Germany’s V-2 rockets and even by NASA.

The MSU leverages a critical property of H2O2: its exothermic decomposition. This means that when H2O2 comes into contact with our patented MSU catalyst, it breaks down, releasing heat (exothermic) and transforming into water vapor (steam) and oxygen gas:

2 H2O2 (with MSU catalyst) → 2 H2O (steam) + O2

This safe and clean reaction is the heart of the MSU’s efficient and environmentally friendly steam generation process.

The MSU utilizes a completely green process to generate steam for well cleaning and stimulation. It achieves this through an exothermic reaction, where our patented MSU catalyst decomposes Hydrogen Peroxide (H2O2), producing steam without harmful emissions.

Here’s what makes the MSU stand out:

  • Environmentally Friendly: No combustion, no pollutants – just clean, sustainable steam generation.
  • Enhanced Efficiency: The MSU delivers powerful steam for superior wellbore cleaning and stimulation.
  • Safe Operation: The controlled exothermic reaction ensures safe and reliable operation.
  • Mobile and Versatile: The compact design allows for easy transportation and deployment at various well locations.

The MSU is ideal for a variety of well rehabilitation applications, including:

  • Paraffin removal
  • Scale removal
  • Waterflood conformance improvement
  • Enhanced oil recovery (EOR)

Move beyond traditional methods and embrace the future of well rehabilitation. Contact HydroFusion Energy today to learn more about the Mobile Steam Unit and how it can revolutionize your operations!

Power with Precision: The MSU's Engineering Marvel

HydroFusion Energy takes pride in the cutting-edge engineering that drives the Mobile Steam Unit (MSU). This section delves into the technical prowess of the MSU:

  • High-Temperature, High-Flow Steam Production: The MSU boasts the ability to generate and maintain steam temperatures reaching a scorching 500°F (260°C), with flow rates capable of delivering up to 10,000 gallons per day (40 cubic meters per day).
  • Built to Withstand Pressure: The MSU’s components are meticulously designed to handle immense pressures, reaching up to 1,500 pounds per square inch gauge (psig), equivalent to 100 atmospheres. This ensures safe and reliable operation.
  • ASME U Stamped Pressure Vessels: For added safety and adherence to industry standards, the pressure vessels within the MSU bear the prestigious ASME U Stamp, signifying their compliance with the American Society of Mechanical Engineers (ASME) Boiler and Pressure Vessel Code.
  • Customizable Steam Output: Recognizing the diverse needs of well rehabilitation, the MSU offers adjustable steam flow, temperature, and pressure. This allows for precise tailoring based on several factors:

    • Well Integrity: The physical limitations of the oil-producing equipment on site are taken into account to prevent damage.
    • Geologic Formation: The unique characteristics of the formation being treated are considered for optimal steam delivery.
    • Environmental Regulations: The MSU adapts to local environmental requirements, ensuring compliance with clean air and water regulations.
    • Oil Properties and Steaming Method: The gravity of the oil and the chosen steaming method (cyclical steaming or steam flooding injection) are factored in to optimize steam delivery for maximum effectiveness.

The MSU’s state-of-the-art engineering empowers you with control and efficiency, ensuring a successful and adaptable well rehabilitation process.

Safety and Environmental Responsibility: A Core Value

At HydroFusion Energy, safety and environmental responsibility are paramount. The Mobile Steam Unit (MSU) embodies these principles through its design and operation:

  • Safe and Efficient Hydrogen Peroxide Usage: The MSU can operate effectively with industrial-grade hydrogen peroxide concentrations as low as 50%. Depending on your specific needs and local regulations, concentrations up to 70% can be utilized.
  • Unwavering Commitment to Safety: We prioritize the safety of our personnel and the environment. Stringent internal procedures have been meticulously crafted following guidelines established by H2O2 manufacturers and OSHA. These procedures ensure the safe handling and transport of hydrogen peroxide on roads, rails, and vessels. Additionally, the MSU team is committed to meeting any higher international or local safety standards that may be applicable.
  • A Clean Reaction: The beauty of the MSU lies in its simplicity. Hydrogen peroxide is the sole reactant used in the process. This translates to clean operation, with the only emissions being steam (H2O) and oxygen (O2). Even the free oxygen can be converted to CO2 with pre-additives if required by your specific needs.
  • Expert Handling: Our partners, Xtreme Performance Chemicals, provide highly trained personnel who ensure the safe transportation, storage, and utilization of hydrogen peroxide.
  • A Breath of Fresh Air: Compared to conventional oil heaters or steam generators, the MSU operates with a significantly reduced environmental footprint. It eliminates the need for:
    • Surface structures, minimizing land use.
    • Boilers, reducing potential emissions and safety hazards.
    • Treated or untreated water supplies, conserving a valuable resource.
    • Diesel/propane fuel supplies, eliminating harmful pollutants associated with fossil fuels.
    • Electricity (except for controls), minimizing reliance on non-renewable energy sources.
    • Inlet water treatment and effluent recycling, simplifying operations and reducing waste.

The MSU’s core technology produces no harmful emissions, releasing only clean steam and a small amount of oxygen. Most importantly, it generates no greenhouse gases, contributing to a greener future for the oil and gas industry.

By choosing the MSU, you’re not just selecting a powerful well rehabilitation tool; you’re embracing a commitment to safety and environmental stewardship.

Thrives in Diverse Conditions: An added benefit of the MSU is its ability to function effectively in various external environments. Unlike conventional boilers that require constant effort to prevent their water supplies from freezing during harsh winters, the freezing point of 50% hydrogen peroxide solution used in the MSU is a remarkably low -52°C (-62°F). This translates to minimal operational issues even in freezing winter conditions.

 

 

 

Xtreme MSU Introduction Presentation