Creating a Platform of Productivity for the Gypsum Industry

Overview

As the needs of developed and developing countries for construction materials grow, so does the demand for gypsum.

Gypsum manufacturers are increasingly relying on synthetic gypsum as an alternative to natural gypsum ore. The former is a by-product, or waste material of other manufacturing processes, such as the flue gas desulphurisation gypsum (FGD) process used in fossil-fuelled power plants.

Clyde Process has used its technology, expertise and domain knowledge to power pioneering solutions globally across the gypsum industry. Clyde Process is recognised as one of the leading pneumatic conveying, injection and materials handling solutions providers, and is ideally positioned in the marketplace to manage the movement of substances and help deliver increased system reliability and availability.

Clyde Process has created innovative solutions that have the capability to transport the most stubborn and unmanageable of materials such as desulphogypsum (DSG), heat resistant accelerators (HRA) and screened oversized stucco.

The challenge for many gypsum manufacturers is to ensure that they have the supporting infrastructures in place that will enable them to handle and manage the array of materials that can be used in the production process and can help drive an efficient and effective operation.

Clyde Built Solutions

CMH's Clyde Built solutions are known for their quality, durability, reliability and exceptional performance. These traits are of great importance within the gypsum industry where system availability and reliability are integral to success.

Clyde Process is the world's leading dense phase pneumatic conveying specialist, which provides organisations with the ability to transport material in an unrestricted, controlled and continuous manner at low velocity, consuming low volumes of compressed air. The result is the creation of a solution that absorbs a minimal amount of power, causes less wear on system components and pipelines, and therefore, reduces maintenance costs and increases system availability, reliability and production.

This results in the production of a system that generates the following benefits:

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Sustainable Economic Advantages
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Environmentally Sound
ArrowLow Maintenance, Long Life
ArrowReduction in Operating Costs
ArrowGreater Process Control - Agility to react to the needs of your business
ArrowHigh System Availability, Reliability and Performance
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Cost Savings through Process Efficiencies
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Flexbility to Integrate with Exisiting and Emerging Technologies

These solutions are further enhanced through the use of Clyde's Dome Valve, widely regarded as the original and best material handling valve in the world. The Dome Valve has the ability to cut through static or moving columns of material through the use of its innovative inflatable seal mechanism, ensuring that a consistent pressure tight seal is created when the valve is in the closed position, but in the open position it provides an unrestricted full bore opening for the best product flow characteristics possible.

The Clyde Dome Valve is recognised as a low maintenance, long life solution that can last at least 1 million cycles between maintenance inspections.

Clyde Process have also developed 'AutoFlow' conveying technology, which is a unique system designed to handle difficult materials associated with the gypsum industry. AutoFlow technology has been used successfully to convey difficult materials such as pre calcined DSG, calcined DSG and screened oversized stucco.

Clyde also has an extensive test house facility that has played an integral part in the development of new solutions across many industries, including gypsum. Clyde's test house has the capability to run comparisons against the characteristics and densities of specific substances, in order to ascertain how Clyde technology would be used to handle and manage its movement.

If a particular substance has a unique composition, Clyde will work tirelessly to create a solution that is able to transport the respective material. The AutoFlow conveying application is one example of this approach functioning successfully.

Materials Handled in the Gypsum Industry

Clyde Process has handled the following materials within the Gypsum industry:

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Alpha Base Plaster, Alpha Gips
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Autoclave Mineral
ArrowBoard Finish Plaster (Coarse), Browning
ArrowCement Ordinary Portland, Cemsave, Cemsave Blast Furnace Slag
ArrowClinker Dust, Crushed Limestone, Crystaperm
ArrowFlowscreed, GMN, Ground Mineral Ground Silica
ArrowGround Waste, Ground Waste Mix, Gypsum & Sand, Gypsum Powder
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Heat Resistant Accelerators (HRA), HT Plaster, Keramicast, Kettle Plaster
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Lime Hydrate, Limestone, Limestone Grit, LT Plaster
ArrowMaltamatic, MC90, Mica Mix, Mica Powder
ArrowPerlite, Perlite Expanded, Perlite Fines
ArrowPlasterboard Edge Trimmings, Plasterboard Ground, Plaster - Stucco
ArrowPre & Calcined DSG, Putzgips, Raw Meal
ArrowSander Dust (Asbestos Free, Masterboard & Superlux)
ArrowScreened Oversized Stucco, Spanish Gypsum, Stuckgips, Stuckgips 580
ArrowSynthetic Anhydrate, Thistle
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Vermiculite, Vermiculite Course, Vermiculite Mix