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LUVA’s Calcium Chloride Plant stands at the forefront of industrial innovation, serving as a vital hub for producing high-quality calcium chloride. With diverse applications spanning de-icing solutions and industrial processes, it plays a pivotal role in various industries. The plant’s cutting-edge technology allows for dual-product production, offering versatility in meeting market demands.
Furthermore, LUVA’s Calcium Chloride Plant isn’t just a facility for manufacturing; it’s a testament to our commitment to sustainability and efficiency. By leveraging state-of-the-art production processes and technologies, we’ve minimized energy consumption and waste generation, ensuring that our operations align with the principles of environmental stewardship.
Key Parameters: Acid hydrolysis, neutralization, press filter, granulation. Optimal efficiency and sustainability define our Calcium Chloride Plant’s success.
| Consumption/ton product | Anhydrous CaCl2 Granulation Plant | CaCl2 Dihydrate Granulation Plant | Cacl2 Dihydrate Flake Plant |
| Limestone (95%), ton | Less than 1.0 | Less than 0.9 | Less than 0.8 |
| HCI (32%),ton | Less than 2.1 | Less than 1.9 | Less than 1.9 |
| Slaked Lime (95%), kg | Less than 40 | Less than 32 | Less than 32 |
| Natural Gas, Nm3 | Less than 185 | Less than 120 | Less than 45 |
| Electricity, kWh | Less than 180 | Less than 155 | Less than 95 |
| Max. Line Capacity | 4TPH | 4TPH | 15TPH |
| Product Range, wt.% | 94%-98% | 74%~86% | 74%-86% |
The luva plant epitomizes cutting-edge industrial ingenuity, offering a host of process advantages that distinguish it in the industry. With its dual production capability and premium-grade quality, alongside smart technologies, top-notch equipment, and eco-friendliness, it stands as a model of efficiency, quality, and sustainability.
Two types of calcium chloride product(anhydrous and dihydrate) by one plant
This apparatus excels in dual-product production, achieved by adjusting hot air temperature and volume, yielding a granulation rate of 94-97%.
Process optimization minimizes energy consumption.
Utilizes a DCS automatic control system, interlocking key parameters for safety and environmental adherence.
Designed for 15-year plant life, key equipment is made of titanium or 316L
Rigorous adherence to Quality Control Procedures during workshop manufacturing and on-site construction.
Implements HSE training and owner employee management for robust Health, Safety, and Environment standards.
Used in concrete to improve its strength and durability.
Used as a melting agent in metal processing to help improve the purity of the metal.
Used as an ingredient in drilling fluids in oil wells and fields to help improve wellhead stability.
Used to adjust water hardness, control ion concentration in water, and treat water quality in ponds and water bodies.
Used as antifreeze in boilers and industrial heating systems to ensure normal operation of equipment in low-temperature environments.
Used to melt snow and ice on roads and sidewalks to ensure traffic and walking safety.
