Customized Engineering Solutions

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We are well reckoned for providing highly effective and reliable Customised Engineering Services Our offered services are known for excellent designing precision and hassle free installation, owing to their rendering being done by highly skilled professionals. with the use of high-end technology and techniques, we provide uttermost assurance for effective in-time completion of service.

Kilns are an essential part of the manufacture of all ceramics, which require heat treatment, often at high temperatures. During this process, chemical and physical reactions occur that permanently alter the unfired body.

In the case of pottery, clay materials are shaped, dried and then fired in a kiln. The final characteristics are determined by the composition and preparation of the clay body, by the temperature at which it is fired, and by the glazes that may be used. Although modern kilns often have sophisticated electrical systems to control the firing temperatures, pyrometric devices are also frequently used.

Applications:

• 1.Lead Recycling Project – Rotary Kiln Based & Furnace Type Kiln Based
• Kinc designed and supplied Bharat's only rotary kiln based lead recycle plant in 2012 having capacity of 5tph. Lead recovery up to 90% from waste battery. Also we supplied furnace based project from 1tpd up to 5tpd.
• II. Copper Oxidation Project (Copper Waste Recycling)
• Kinc designed and supplied copper oxidation plant which produces copper powder of 300# from waste copper wires, bars, etc..
• III. Manganese Roasting Project
• Kinc designed and supplied indirect firing type manganese roasting plant which convert manganese dioxide to manganese oxide having capacity of 2tph.
• IV. Bio-Waste Treatment Project In Malaysia
• Kinc designed & supplied 40tph EFB washing, drying, shredding & briquetting project in Malaysia.

 

Features:

• Superb functionality
• High structural stability
• Cost effective

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EFB are the main source of biomass that could be utilized by the power plants as this is more readily available in the market. Many plantations use a small amount for their own internal use, but a large portion is put aside, either biodegrading into compost, or at times burnt to avoid space loss by storage. Therefore, there is a substantial amount of EFB left unused.

Such an important amount of feedstock for power generation represents a very attractive potential but its utilization has to be cautious. Indeed, several plants using Palm EFB as main biomass fuel have experienced operation losses due to lower electricity production than expected, high wear and tear on moving part in contact with EFB, incomplete combustion…

Each fuel has its own chemical and physical properties that need to be carefully understood in order to develop adapted design for feeding and combustion. Palm EFB is no exception and an especially difficult fuel as you can see in the results of the comparison with common fuels.