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Infinit Technologies

Name: Infinit Technologies
Address: 1809 E Joppa Road, Parkville, MD, 21234, US
Telephone: +16672940971

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Infinit Technologies

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Infinit Technologies is committed to efficient and effective student mastery of technical subject matter.

We provide educators with innovative, cost-effective technical training systems.

10/09/2026

CRE-3303 Fixed Bed Catalysis

Chemical reactions can be enabled or accelerated by catalysts. The breakdown reaction of dissolved saccharose in glucose and fructose is the intended use of CRE-3303. The reactant (saccharose solution) is moved from a tank into the reactor’s bottom by a peristaltic pump. In the reactor, the catalyst appears as a permanent bed. The fixed bed is passed through by the saccharose solution. Saccharose breaks down into glucose and fructose during the process. The catalyst quickens the process, resulting in a higher yield of the finished product (a glucose/fructose mixture). In a tank, the product is collected.

WhatsApp: +1 667-294-0971

10/07/2026

CRE-3302 Corrosion Study Unit
The economic and technical costs of corrosion damage to metallic components are significant. This means that the topic of corrosion and corrosion protection is crucial to technical education. The equipment enables the simultaneous investigation of a number of variables that affect corrosion processes. This can be accomplished with eight glass jars. They enable the comparison of various materials in a variety of settings. We fill the jars with the necessary electrolyte solution. Each vessel’s lid can hold up to six samples, which are then submerged in the solution. In order to study the concept of sacrificial anodes and local components, specimens might be connected to an electrical conductor. A connection to an external voltage is possible with an adjustable power supply. This reverses the flow of precious and common metals in the local elements. The more basic metals corrode at a slower rate as a result.

WhatsApp: +1 667-294-0971

10/05/2026

CRE-3301B Gaseous Diffusion Apparatus

Due to changes in concentrations, the process of diffusion involves the microscopic transport of particles including atoms, molecules, and ions. It is critical to a number of processes. Diffusion, for instance, has the ability to combine various reactants in chemical reactions. Gaseous A hot water bath and other components are included in the diffusion device, which uses a very volatile solvent. A vertical tube containing the solvent is submerged in a water bath. The solvent evaporates as a result of the water bath’s thermal energy. At the tube’s upper end, an air flow created by a fan travels horizontally. Due to the concentration gradient from the liquid solvent’s surface up to the flow of pure air, the gaseous solvent diffuses. The solvent molecules are carried away by the air flow, maintaining a constant concentration at the tube’s upper end. Over the time, the liquid solvent in the tube loses volume. It is possible to determine the level using a scale microscope. The temperature in the water bath is controlled by a heater.

For More Details: https://tinyurl.com/bdmj2r3k
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

10/02/2026

CRE-3301A Diffusion in Liquids
Due to changes in concentration, microscopic mass transfer of particles like atoms, molecules, and ions occurs through diffusion. It is critical to a number of processes. Diffusion, for instance, can assemble the components of chemical reactions, and it sometimes acts as the process’s rate-limiting phase. The CRE-3301A has a feature for diffusion in liquids. A concentrated salt solution is used to study diffusion in liquids. A U-shaped tube holding the solution contains a disc at one end with a number of vertical capillaries. The disc with the capillaries is positioned below the water’s surface by submerging the U-tube into a tank filled with demineralized water. The salt ions are produced by the concentration gradient between the solution and the water. The ions only flow in one dimension thanks to the capillaries. The presence of a stirrer in the tank prevents concentration variations in the tank by preventing the salt concentration from rising close to the disc. The amount of salt in the tank is measured using a conductivity meter.

For More Details:https://tinyurl.com/mwsae7vu
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

09/30/2026

CRE-3301 Diffusion in Liquids and Gases

Due to changes in concentration, microscopic mass transfer of particles like atoms, molecules, and ions occurs through diffusion. It is critical to a number of processes. Diffusion, for instance, can assemble the components of chemical reactions, and it sometimes acts as the process’s rate limiting phase. Two experimental devices for studying gas and liquid diffusion are included with CRE-3301. A concentrated salt solution is used to study diffusion in liquids. A U-shaped tube holding the solution contains a disc at one end with a number of vertical capillaries. The capillary disc is positioned below the water’s surface when the U tube is submerged in a tank of demineralized water. The salt ions exit the U-tube through the capillaries and into the demineralized water due to the concentration difference between the water and the solution.
WhatsApp: +1 667-294-0971

09/28/2026

ICT-3294 Reverse Osmosis Pilot Plant
Experiments
The processing unit enables to develop and analyze the following issues:

✨ Effect of operating pressure
✨ Effect of feed flow rate
✨ Effect of UV light treatment, sterilization of permeate (optional)
✨ Concentrate and permeate ratio
✨ Optimizing the reverse osmosis process
✨ Automatic PID control (optional)
✨ Assembly, cleaning, and conservation of membrane modules
✨ The fundamental principle of reverse osmosis
✨ Van Hoff’s law
✨ Permeate flow rate and retention dependent on Pressure
✨ Salt concentration in raw water
✨ Yield
✨ Determination of diffusion coefficients

WhatsApp: +1 667-294-0971

09/25/2026

ICT-3293 Anaerobic Water Treatment Pilot Plant

Experiments

The processing unit enables to develop and analyze the following issues:

✨ Familiarization with anaerobic water treatment
✨ Effects of temperature, pH, and rH value on anaerobic degradation
✨ Functional principle of a UASB reactor
✨ Monitoring and optimization of the operating conditions
✨ Identification of the following influencing factors
*sludge loading
*volumetric loading
*flow velocity in the UASB reactor
✨ Purification efficiency versus the following parameters:
* recycle ratio * residence time
* digester temperature * organic load * pH and rH
✨ Automatic PID control (optional)
✨ Plant Supervision

For More Details: https://tinyurl.com/3vta36f3
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

09/23/2026

ICT-3292 Filter Press and Micro Filter Pilot Plant

Experiments
The processing unit enables to develop and analyze the following issues:

✨ Learning the fundamental principle and method of operation of a plate and frame filter press
✨ Learning the fundamental principle and method of operation of a Tangential micro filter
✨ Production of a suspension
✨ Insertion of the filter cloth
✨ fundamentals of cake filtration *Darcy’s equation
✨ Mass of filter cake dependent on filtrate quantity
✨ Dead-end filtration (filter press)
✨ Tangential filtration (microfilter)
✨ Characteristic equations of filtration
✨ Filtration at a constant flow rate or pressure
✨ Display of plant operational parameters on the schematic diagram with real-time data
✨ Automatic flow and pressure control by PID controller (optional)

For More Details: https://tinyurl.com/2zas8msf
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

09/18/2026

ICT-3291 Automated Filtration Pilot Plant

Experiments:
The processing unit enables to develop and analyze the following issues:

✨ Mechanical filtration
✨ Chemical filtration
✨ Adsorption process
✨ Main parameters affecting filtration
✨ Influence of feed flow rate on filtration
✨ Automatic PID control (optional)

For More Details: https://tinyurl.com/yjbu7j86
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

09/16/2026

𝐈𝐂𝐓-𝟑𝟐𝟗𝟎 𝐂𝐨𝐚𝐠𝐮𝐥𝐚𝐭𝐢𝐨𝐧, 𝐅𝐥𝐨𝐜𝐜𝐮𝐥𝐚𝐭𝐢𝐨𝐧 𝐚𝐧𝐝 𝐒𝐞𝐭𝐭𝐥𝐢𝐧𝐠 𝐏𝐢𝐥𝐨𝐭 𝐏𝐥𝐚𝐧𝐭

𝐄𝐱𝐩𝐞𝐫𝐢𝐦𝐞𝐧𝐭𝐬

The processing unit enables to develop and analyze the following issues:

✨ Familiarization with Coagulation and flocculation
✨ Characteristics of coagulant and flocculants
✨ Optimization of coagulation-flocculation and settling processes
✨ Co-current and counter-current settling
✨ Creation of a stable operating state
✨ Determination of the required metering quantities (coagulant, flocculant)
✨ Functional principle of a lamella separator
✨ Effect of the pH value on coagulation (optional)
✨ Measuring of Thermal Conductivity at different sections (Optional)
✨ Automatic PID control (optional)

For More Details: https://tinyurl.com/sykpbte3
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

Address

1809 E Joppa Road
Parkville, MD
21234

Opening Hours

Monday	9am - 6pm
Tuesday	9am - 6pm
Wednesday	9am - 6pm
Thursday	9am - 6pm
Friday	9am - 6pm

Telephone

+16672940971

Website

https://infinit-technologies.com/

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