Star-O-Kad Chemicals and Engineering consultancy.

Star-O-Kad Chemicals and Engineering consultancy. We use science & tech to efficiently use, design, transport, & transforms energy & materials.

NUMEX Special Fast Drying INK.Top quality ink specially formulated for printing on glazed /non-glazed metallic, non-meta...
22/07/2025

NUMEX Special Fast Drying INK.
Top quality ink specially formulated for printing on glazed /non-glazed metallic, non-metallic surfaces.
Pure water nylon (HDPE SACKS), Ceramic, Glass/PVC CONTAINER etc.
WhatsApp/Call:+2348133117545

13/10/2023

Today, I would like to provide an overview of the sugar production process—a fascinating journey from sugarcane to the sugar we use daily.

Sugar production begins with the cultivation of sugarcane, a tall grass native to Southeast Asia but now grown in tropical and subtropical regions across the globe. The process of transforming sugarcane into the sugar we are familiar with involves several key steps:

Cultivation and Harvesting:
Sugarcane is planted in prepared fields and nurtured for about 12 to 24 months, depending on the variety and region. Once fully grown, the cane is harvested by cutting the stalks close to the ground.

Extraction of Juice:
After harvesting, the sugarcane is transported to processing facilities. The stalks are crushed to extract the juice, usually through mechanical rollers. This juice contains the sugar content.

Clarification and Filtration:
The juice extracted contains impurities like plant material, soil, and other non-sugars. It is then clarified and filtered to remove these impurities. Lime and other chemicals may be added to aid in the clarification process.

Concentration:
The clarified juice is then evaporated to concentrate the sugar content. This is typically done in multiple stages using evaporators under vacuum, which helps to reduce the moisture and concentrate the sugar.

Crystallization:
The concentrated juice is then seeded with sugar crystals, encouraging further sugar crystallization. The mixture is then passed through centrifuges to separate the crystals from the liquid, resulting in raw sugar.

Refining:
The raw sugar is further processed to remove any remaining impurities, resulting in refined white sugar. This process involves washing the sugar crystals, filtering, and using carbon to decolorize the sugar.

Drying and Packaging:
The refined sugar is then dried to remove excess moisture. After drying, it is graded, sorted, and packaged for distribution and consumption.

This entire process requires careful management to ensure a high yield of quality sugar. Moreover, modern sugar production processes often incorporate sustainability practices to minimize waste and environmental impact, such as utilizing byproducts like bagasse (fibrous residue from sugarcane) for energy generation.

In conclusion, the sugar production process is a complex yet highly efficient industrial operation that transforms sugarcane into the familiar sugar we use in our daily lives. It's a blend of science, technology, and agricultural expertise that enables us to enjoy this essential sweetener.

20/09/2022

ION – EXCHANGE PROCESS IN WATER TREATMENT
This is a treatment process that interchange a particular Ion on an insoluble solid with another ion of like charge that is in the solution surrounding the insoluble solid. The Ion – Exchange process is majorly used to soften water or make demineralized water, purification of chemicals and separation of substance.
Typical ion exchangers are ion-exchange resins (functionalized porous or gel polymer), zeolites, montmorillonite, clay, and soil humus. Ion exchangers are either cation exchangers such as CM (Carboxymethyl group, week cation exchange) SP (sulpho-propyl group, strong cation exchange), which exchange positively charged ions (cations), or anion exchangers such as DEAE-Sepharose is a tradename for the anion-exchange reactive group, diethylamino ethanol (DEAE) covalently linked to Sepharose (a polysaccharide polymer), which exchange negatively charged ions (anions). There are also amphoteric exchangers that can exchange both cations and anions simultaneously.
Ion exchange is a method widely used in household filters to produce soft water for the benefit of laundry detergents, soaps, and water heaters. This is accomplished by exchanging divalent cations (e.g., calcium Ca2+ and magnesium Mg2+) with highly soluble monovalent cations (e.g., Na+ or H+). Another application for ion exchange in domestic water treatment is the removal of nitrate and natural organic matter.

10/03/2022

Reverse Osmosis Machine.
The reverse osmosis process is highly effective in treating salty water, surface and ground water.
It is effect has been highly utilized by the following industries, pharmaceutical, boiler feed water, good and beverage et.c

Call: +2348133117545 if you need any of this or other water treatment equipments.

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2 Love Avenue Abimbola Estate Abule-Egba Lagos Nigeria Or Visit Our Branch Office At No. 4, Fagbola Close, Off Daddy Savage Bus Stop Fagba
Lagos
100283,100215

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Monday 08:00 - 16:00
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Telephone

+2348133117545

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