Manufacturers of Cooling Towers - CASEPL

Water is one of the most important resources offered to us by Mother Nature. Due to its abundance availability water finds its use as the cheapest coolant in industrial processes. Our goal lies in conserving this precious resource by reusing and recirculation it when used as a coolant. Evoporative Cooling Systems operate on the basic fundamental principle of Latent Heat Of Evoporation.In other words when any given liquid evoporates, it carries along with vapor some amount of heat; thus lowering the temperature of the residual liquid. Cooling towers in industry works on the above principle.Water which is being used as a coolant after passing through heat exchange zone gets heated and is made to enter the Cooling device (Cooling Tower). The Cooling Tower is designed to initialize and aggravate the process of evoporation.

Cooling Towers come in various designs aiming to give maximum results as per site and applicability. CASE manufactures state of the art range of Cooling Towers with respect to applications and site conditions. Using best of the durable raw material left us short to serve the industry with our best potential. Our consistent and sustained R&D enabled us to introduce brain of the Cooling Tower for the first time in India. The Cooling Tower reads the atmospheric conditions and manipulates the speed of the motor accordingly thus saving enormous power. For More Details Please Visit this LINK CLICK Here LOCATION MAP

CASE group to build a steel plant in Wardha

It is reported that Faridabad based CASE group is setting up first of its kind direct reduced iron based plant in Wardha in Maharashtra.

The CASE group is introducing the Chinese technology based on static Kiln Birquetted Iron Technology at the Mahalakhsmi TMT Bars Limited at Wardha that has capacity of 800 tonne per day at a cost of INR 125 crore.

Mr Roger Kumar MD of CASE group told Express that the technology involves direct reduction of iron ore fines by coal fines. The plant is expected to come into production by September by 2010.

Mr Kumar said that “Production cost would come down drastically by INR 8,000 per tonne from the present cost of INR 22,000. Wardha Plant has a capacity of 800 tonne per day. So you can calculate how cost effective it would be for the firm.”

Explaining how the new Chinese technology is cost effective for Indian steel producers, Mr Kumar said that several firms are keenly waiting and watching the roll out in September. He added that “We will have huge clientele.”

Mr Kumar pointed out that states like Chattisgarh and West Bengal do not issue licence any more while popular tourist destinations like Goa and Kerala can look forward to adapt this technology as it assures zero pollution.

Wardha plant is being set up based on technology with licence and consultancy with Chinese partner OTSK, Tangshan near Beijing. Currently steel producers in India use DRI method as against other alternatives like electric arc furnace and blast furnace to produce steel. Even though electric arc furnace produce quality steel, it has not much progress as India faces erratic power supply and blast furnace require coke which is imported. The price of imported coke has shot from INR 10,000 to INR 30,000 per tonne.

http://www.steelguru.com/indian_news/CASE_group_to_build_a_steel_plant_in_Wardha/152232.html
(Sourced from expressbuzz.com)
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Case Group Annual Conference at Sariska

CASE Norasco Visit to Spain

On February 2010, CASE Group Managing Director Mr. Roger Kumar and Mr. Ajay Goyal from Norasco visited Spain to put a step forward for the ongoing Solar PV project between CASE and Norasco. They made a visit to a large number of Solar PV power plants, manufacturers and other PV facilities in Spain for the provision of 300MW of Solar PV plants in India.

Spain has years of experience in photovoltaic production. It has the most important and dynamic solar energy industries, in terms of volume production, as well as R&D. CASE and Norasco made a number of agreements with the Spanish technology and engineering companies.

In depth study was made on various technologies including mono-crystalline, poly-crystalline, thin films and solar thermal technologies.

CASE is now ready with all engineering and technology to meet Indian Solar PV project requirements.

CASE INTRODUCES SKBIT PROCESS TO REDUCE IRON ORE IN INDIA

SKBIT Process involves reduction directly from Iron Ore fines to Cold Briquetted Iron using Indian coal fines as the reducer.

Coal gasifiers are used to achieve the heat required for the process. This ensures no pollution and is continuous without any breakdown.

CASE in consultancy with OTSK, China is to install and commission fully automatic PLC controlled 800TPD SKBIT (Static Kiln Briquetted Iron Technology) Process to make CBI (Cold Briquetted Iron) for M/S Mahalaxmi TMT Pvt Ltd., at Wardha, Maharashtra , India

Salient Features of Technology:

· Direct Iron reduction from iron ore fines, thus saving cost. 

· No pollution as gasifier gas is used instead of direct coal. 

· Static furnace used instead of rotary furnace thus not loosing down time for cleaning and agglomeration . 

· carbon percentage in CBI around 0.25%. So no carbon additives necessary for making steel. 

· No char separation process required as char is not formed . 

· Fe Metallic more than 98% of total metallic in the end product . 

· Totally automatic PLC controlled plant.