Unit Operations Lab Equipment Selection Guide

A useful unit operations laboratory is a connected set of experiments, not a collection of similarly named machines. Procurement should begin with the separation, transfer or processing principle students must observe and end with a comparable schedule of equipment, measurements, utilities and included accessories.

Equipment mentioned in this guide

Review the product information, specifications and model before requesting a quotation.

Adsorption Apparatus | OperatiX – 13

The Adsorption Apparatus OperatiX - 13 shows how adsorption can be used to remove dissolved materials from raw water. This Adsorption Apparatus moves water through two activated carbon absorbers in a closed circuit using a pump. It allows adjustment of adsorbate concentration and contact time to study adsorption behavior.

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Batch Cooling Crystallization Apparatus | OperatiX – 02

The Batch Cooling Crystallization Apparatus OperatiX - 02 carries out batch crystallization by filling the crystallizer once with solute and solvent to obtain a supersaturated solution and crystals. This Batch Cooling Crystallization Apparatus studies the cooling crystallization process of substances whose solubility varies with temperature. It includes a jacketed glass crystallizer, stirrer, and temperature and conductivity sensors.

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Batch Distillation Column Apparatus | OperatiX – 04

The Batch Distillation Column Apparatus OperatiX - 04 separates liquid mixtures comprised of distinct liquids that are soluble in one another via distillation. This Batch Distillation Column Apparatus is fed with a recommended ethanol and water mixture, which partially evaporates as it heats on the way to the bottom of the column. It supports batch rectification with different types of columns available as optional.

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Bubble Cap Tray Column | OperatiX – 08

The Bubble Cap Tray Column OperatiX - 08 allows liquid and vapor to contact as vapor rises through the tower and passes through bubble caps. This Bubble Cap Tray Column uses riser and cap assemblies on each tray to direct vapor downward and bubble it into the surrounding liquid. It is built with a glass construction for laboratory use.

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Continuous Cooling Crystallization Apparatus | OperatiX – 01

The Continuous Cooling Crystallization Apparatus OperatiX - 01 shows how cooling crystallization solidifies and separates dissolved compounds from solutions. This Continuous Cooling Crystallization Apparatus circulates a saturated potassium sulphate solution and chills a bypass portion through a crystallization cell to induce crystallization. It uses a fluidized bed process to grow crystals at seed crystals in the cell.

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Continuous Distillation Column Apparatus | OperatiX – 06

The Continuous Distillation Column Apparatus OperatiX - 06 uses rectification, a fundamental thermal separation technique, to separate homogeneous liquid mixtures in the industrial sector. This Continuous Distillation Column Apparatus works with interchangeable columns, including sieve tray, bubble cap tray, packed, valve tray, and structured packing types. It supports feed at three different heights with heat exchanger preheating.

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Choose the process before the catalogue model

Distillation, absorption, adsorption, extraction, crystallisation and fluidisation each need a different process path. Even within one operation, a bench demonstration and an instrumented teaching unit may support different calculations. A clear selection brief states the material system, operating mode, measurable variables and expected student output before a brand or model is considered.

Six points to settle before requesting quotations

1. Operation and experiment: name the process and the balance, efficiency or transfer calculation required by the course.
2. Process arrangement: define column, vessel, packing, tray, contact stage, feed, recycle and collection needs where applicable.
3. Operating mode and capacity: distinguish batch, continuous and demonstration use without assuming differently sized units are equivalent.
4. Instrumentation: list temperatures, pressures, flows, levels, samples and composition measurements the learner must record.
5. Services: document heating, cooling, water, vacuum, drainage, ventilation and electrical requirements available in the room.
6. Complete scope: require reusable accessories, initial consumables, manuals, experiment procedures and exclusions to be itemised.

Products in this Scientico equipment family

The links below open the current product records. Use the product page and downloadable datasheet to confirm the offered configuration; do not infer a specification from this guide.

Build a quotation that can be approved

Attach the relevant syllabus or BOQ and mark each required experiment. Include quantity, destination and utility constraints so the quotation can identify the proposed unit and every dependency in writing.

What a comparable supplier response should show

A useful response names the proposed product and model, answers each technical line, identifies included accessories and documents, records deviations, lists site utilities and states what is excluded. This lets an institution or distributor compare scope before price and gives the acceptance team a written reference for delivery.