Customized Lab Equipment

Thermo
Quartz
Acoucell

Precision Nanoscale Detection Redefined:

The Thermo Quartz Acoucell stands at the forefront of experimental laboratory equipment, revolutionizing research with its cutting-edge features and unmatched capabilities.

Advanced Quartz Crystal Microbalance (QCM) Technology:

At its core, the Acoucell harnesses the power of QCM technology, enabling precise detection of particles at an astonishingly low nanogram level. By translating particle movements into measurable frequency shifts at 1 hertz, researchers can uncover subtle changes in fluid properties with unprecedented accuracy

Comprehensive Fluid Behavior Analysis:

From wax appearance and disappearance temperatures to upper and lower Asphaltene points, moisture detection, and deposition initiation, the Acoucell provides unparalleled insights into fluid behavior. Explore complex phenomena previously inaccessible with traditional methods.

Realistic Simulation:

Beyond detection, the Acoucell offers temperature variation capabilities to replicate real-world conditions experienced by pipe walls. By mimicking crucial temperature gradients for particle deposition, it ensures experimental accuracy like never before. The high-pressure (HP) stirrer further enhances simulation by generating shear rates on QCM surfaces, mirroring pipe wall segments for in-depth investigation.

Innovative Speed of Sound (SOS) Sensors:

The inclusion of SOS sensors sets the Acoucell apart, allowing detection of liquid and gas speeds as low as 20-30 bar. Open new frontiers in gas dynamics research, from flow dynamics understanding to studying fluid behavior under diverse conditions.

Unparalleled Flexibility:

Equipped with a piston mechanism, the Acoucell offers unmatched control over pressure and volume. With volume variation from 100cc to over 800cc and a maximum working pressure of 6000psi extendable to 700 bar, researchers can explore a wealth of experimental scenarios effortlessly.

Corrosion Resistance and Adaptability:

Designed with versatility in mind, the Acoucell is compatible with corrosive gases like CO2 and H2S, thanks to materials like Hastelloy (C-276) and Titanium. Choose from SS316, Ti, and Hastelloy based on your specific needs and research requirements.

Tailored Solutions:

Committed to customer satisfaction, we offer customization options to meet unique research demands. Whether it's customizing functions, adjusting parameters, or incorporating upgrades/downgrades, the Acoucell is designed to adapt to your requirements.

The future of experimental research is here with the Thermo Quartz Acoucell. Explore limitless possibilities and unlock groundbreaking discoveries with unparalleled precision.

Hydrafact's Blind Cell

Precision in Pressure and Temperature Control

Experience unparalleled versatility and precision with our Blind Cell, designed to meet a wide range of experimental requirements.

Customized Autoclaves:

From 100cc to 2000cc, our autoclaves are built to your specifications. With pressure ranges from 6000 psi up to 10000 psi (400-700bar), we ensure reliability under extreme conditions.

Temperature Control:

Our Blind Cell features a circulation bath and thermal jacket, allowing temperature control from -25°C up to 150°C. Whether you're exploring high-temperature reactions or low-temperature processes, we've got you covered.

Comprehensive Monitoring:

Our software monitors and records various parameters including pressure, temperature, RPM, voltage, and amperage, tailored to your needs. Stay informed and in control of your experiments at all times.

Material Selection:

Choose from materials like SS316, Ti, and Hastelloy (C-276) to suit your fluid compatibilities and experimental requirements. We prioritize your safety and ensure compatibility with your chosen fluids.

Versatile Applications:

With the Blind Cell, conduct a vast range of PVT and phase behavior studies with ease. Explore the intricacies of fluid behavior and unlock valuable insights into your research.

Customization Options:

We understand that every experiment is unique. Contact us to discuss customization options tailored to your specific needs. Whether it's modifying features or selecting materials, we're here to help you achieve your research goals.

Discover the power of precision with Hydrafact’s Blind Cell. Contact us today to learn more and customize your solution.

Fluid Property Cell
(SOS and Density)

Advancing Gas Dynamics Research

Unlock new frontiers in gas dynamics research with Hydrafact's Fluid Property Cell, engineered to measure speed of sound (SOS) and density with unparalleled precision.

Challenging Low-Pressure SOS Measurement:

Measuring speed of sound in gases at low pressure is a daunting task, yet crucial for comprehensive gas dynamics analysis. Our innovative high-pressure system, capable of up to 10000 psi (700bar) and temperatures up to 85°C, overcomes this challenge, enabling SOS measurement even at pressures as low as 20-30bar. This capability is unmatched by existing devices in the market, providing researchers with unprecedented insights into gas behavior.

Comprehensive SOS and Density Measurement:

Our Fluid Property Cell offers a comprehensive solution, combining SOS and density measurement capabilities. With a high-pressure mixer to facilitate gas mixture equilibrium, researchers can explore a wide range of gas dynamics phenomena with ease.

Versatile Experimental Control:

Equipped with a piston mechanism, our device allows precise pressure and volume control. With volume variation ranging from 100cc to over 800cc and a maximum working pressure of 6000psi (400bar), extendable to 700 bar (10000 psi), researchers have the flexibility to tailor experimental conditions to their specific requirements.

Temperature Flexibility:

Operating temperatures of up to 110°C without SOS sensors and up to 85°C with SOS sensors ensure compatibility with a variety of experimental setups. Our SOS sensors are thermally limited to 85°C, maintaining accuracy and reliability under challenging conditions.

Corrosion Resistance:

Customize your Fluid Property Cell to accommodate corrosive gases like CO2 and H2S by selecting compatible materials such as Hastelloy (C-276) and Titanium. Choose from SS316, Ti, and Hastelloy based on your specific application and compatibility needs.

Tailored Solutions:

Our device is highly adaptable, allowing for modifications to functions and adjustments to pressure-temperature-volume parameters to meet the unique demands of your research. Whether you require specific upgrades/downgrades or customized features, we're committed to delivering a solution that aligns with your goals.

Explore the possibilities of gas dynamics research with Hydrafact’s Fluid Property Cell. Contact us today to learn more and customize your solution.

HPHT QCM Reactor

Precision in High-Pressure,
High-Temperature Experimentation

Experience the pinnacle of experimental control with our HPHT QCM Reactor, incorporating state-of-the-art quartz crystal microbalance (QCM) technology.

Precise Particle Detection:

Our QCM technology enables precise detection of particles at a nanogram level, translating their movements into measurable frequency shifts at 1 hertz. Detect changes in fluid properties with unparalleled accuracy, from wax appearance temperatures to initiation points for deposition.

Customizable Features:

Tailor your reactor with customizable features, including temperature variation capabilities. Simulate temperature gradients akin to pipe walls, crucial for accurate experimental replication and understanding particle deposition dynamics.

High-Pressure Performance:

Equipped with a high-pressure (HP) stirrer, our reactor generates shear rates on QCM surfaces, mimicking conditions found in pipe wall segments. Achieve in-depth investigation and analysis of fluid behavior under extreme pressure conditions.

Versatile Volume Control:

Our device features a piston mechanism capable of maintaining pressure at various volumes, ranging from 50cc to over 800cc. With a maximum working pressure of 6000psi (400bar), extendable to 700 bar (10,000 psi), explore a wide range of experimental scenarios with ease.

Corrosion Resistance:

Customize your reactor to be compatible with corrosive gases like CO2 and H2S by selecting materials such as Hastelloy (C-276) and Titanium. Choose from SS316, Ti, and Hastelloy based on your specific needs and compatibility requirements.

Adaptability:

Our device is highly adaptable to meet the specific demands of our customers. Whether it's modifying functions, adjusting pressure-temperature-volume parameters, or incorporating upgrades/downgrades, we're dedicated to tailoring our solution to your needs.

Temperature Flexibility:

Operate at temperatures up to 110°C, ensuring compatibility with a diverse range of experimental setups and conditions.

Unlock the full potential of high-pressure, high-temperature experimentation with the HPHT QCM Reactor. Contact us today to learn more and customize your solution.

Hydrafact's Visual Cell

See Your Experiments
Come to Life

Unlock the power of visual observation with our Visual Cell, meticulously designed to provide a clear window into your experiments.

Customized Autoclaves:

Explore a wide range of options with autoclaves tailored to your specifications. With a pressure range of up to 6000 psi (400bar) and equipped with a high-pressure magnetic stirrer, our Visual Cell ensures precise control and reliable performance.

Versatile Window Options:

Choose from different window sizes and configurations, with or without a camera and image processing capabilities. Whether you prefer direct observation or digital recording, we have the solution for you.

Temperature Control:

Maintain optimal conditions with a circulation bath and thermal jacket, offering temperature control from -25°C up to 100°C. From low-temperature reactions to high-temperature processes, achieve consistent and accurate results.

Comprehensive Monitoring:

Our software provides real-time monitoring and recording of various parameters, including pressure, temperature, RPM, voltage, amperage, and periodic photo capture. Stay informed and capture key moments in your experiments effortlessly.

Material Selection:

Select materials such as SS316, Ti, and Hastelloy (C-276) to ensure compatibility with your chosen fluids and experimental requirements. We prioritize safety and performance, allowing you to focus on your research with confidence.

Versatile Applications:

Conduct a vast range of PVT and phase behavior studies with ease. Our Visual Cell empowers you to visually monitor changes in system behavior, gaining valuable insights into fluid dynamics and behavior.

Customization Options:

Tailor your Visual Cell to meet your specific needs. Contact us to discuss customization options, from features to materials, and elevate your experimental capabilities.

Experience the power of visual observation with Hydrafact’s Visual Cell. Contact us today to learn more and customize your solution.

Hydrafact's
Piston Cylinders

Precision Engineering for Your Research Needs

Discover the perfect solution for precise pressure and temperature control with our range of Piston Cylinders, crafted to meet the diverse requirements of your experiments.

Tailored Manufacturing:

With our expertise, we offer a wide range of piston cylinder sizes, ranging from 10cc to 2500cc, ensuring compatibility with your experimental scale. Whatever your research demands, we have the solution.

Flexible Pressure Range:

Our piston cylinders are engineered to operate within a broad pressure range, from 3000 psi to 20000 psi. Experience reliable performance under extreme pressure conditions, empowering you to explore a wide range of research avenues.

Temperature Control:

Customize your piston cylinders with a thermal jacket to maintain your samples at the desired temperature range, from -20°C to 150°C. Ensure consistency and accuracy in your experiments with precise temperature control.

Corrosion Resistance:

Select the appropriate material for your piston cylinders to ensure compatibility with corrosive gases like CO2 and H2S. Choose from materials such as Hastelloy (C-276), Titanium, or SS316, based on your specific application and compatibility needs.

Versatile Applications:

From chemical reactions to phase behavior studies, our piston cylinders offer versatility and control for a diverse range of research applications. Experience the freedom to explore new research frontiers with confidence.

Rocking Mechanism Option:

Add a rocking mechanism to your piston cylinders for precise aging of samples at your desired time, temperature, and pressure conditions. Customize your setup to achieve optimal experimental results.

Tailored Solutions:

Your research needs are unique, and we're here to help you meet them. Contact us to discuss customization options and tailor your piston cylinders to your exact specifications.

Experience precision engineering at its finest with Hydrafact’s Piston Cylinders. For more information and to customize your solution, reach out to us today.

Hydrafact's HPHT Micromodel

Unlocking the Microscopic
World of Fluid Dynamics

Dive into the intricate world of fluid dynamics with our High-Pressure, High-Temperature (HPHT) Micromodel, meticulously crafted to offer unparalleled insights at the microscopic level.

Precision Engineering:

Our HPHT Micromodel is engineered with precision to replicate real-world fluid flow phenomena in a controlled laboratory environment. From porous media interactions to multiphase flow behavior, explore complex fluid dynamics with confidence.

High-Pressure Performance:

Capable of withstanding pressures up to 6000 psi (400bar), our micromodel allows researchers to simulate high-pressure conditions encountered in various industrial applications. Experience reliable performance even under extreme pressure environments.

Temperature Flexibility:

With temperature control capabilities ranging from -15°C up to 85°C, our micromodel enables researchers to study fluid behavior across a wide temperature spectrum. Achieve precise temperature control for accurate experimental replication.

Microscopic Visualization:

Witness fluid dynamics in action with our HPHT Micromodel's transparent design, offering clear visualization of flow patterns, phase transitions, and fluid-fluid interactions. Gain valuable insights into fluid behavior at the microscale level.

Versatile Applications:

Whether you're studying oil recovery processes, investigating reservoir behavior, or exploring geological formations, our micromodel provides the versatility and control you need to advance your research.

Customization Options:

Tailor your micromodel to suit your specific research requirements. From adjusting pore sizes to incorporating specialized features, we offer customization options to meet your unique experimental needs.

Unlock the hidden secrets of fluid dynamics with Hydrafact’s HPHT Micromodel. Contact us today to learn more about this groundbreaking research tool and elevate your studies to new heights.