On small scale hydrogen is produced from electrolysis of water in either Knowel’s type Mono Polar Cells or Filter press type Bi-polar cells known as electrolysers.

• Tanks and bells are welded by special quality electrodes to avoid the process embrittling between Hydrogen and Caustic soda.
• Bells are manufactured out off C.R.C. Sheets which are specially recommended for caustic soda handling.
• The Asbestos diaphragm cloth is manufactured from 100% pure long fiber asbestos without cellulose core and closely woven to avoid pin holes.
• Extra length of cloth is provided at the bottom to guard against bye-pass of gases.
• Ebonite Insulators are tested against warping under high temperature and they are checked by meger for infinity resistance.
• Nickelling of Anodes is done under strict supervision for a minimum of .002 thick coarse deposit and each plate is tested chemically for pores.
• There are so many details we take care of.

Hydrogen can be produced by various methods we offer:

• Knowles type electrolytic cells to produce
• We also offer electrolyser for the same
• Where Nitrogen is not an impurity and where hydrogen is to be used as a reducing atmosphere and where ammonia can be used as a raw material there we offer a hydrogen plant based on ammonia cracking.

Ammonia is cracked in presence of nickel catalyst at approximately 850°c and we get a mixture as these constituents are present in ammonia that is: H2 - 75%, N2 - 25%

Product of NH3 cracking in this ratios can be used for the following purposes:

• Heat treatment in various industries
• For providing reduction and reducing atmosphere in bulk drug manufacture
• Sintered, bimetal, metal powder products
• Stainless Steel wire annealing
• Continuous galvanizing lines
• Brazing furnaces
• Hydrogenation of Castor oil/ non edible oil

Features:

• Our process is very cost effective.
• Electrolysis Plant in terms of power, capital cost and running cost
• Available in capacities from 5 Nm3 to 200 Nm3/ hr
• Virtually maintenance free
• Low running cost, i.e almost 10 us cents per Nm3 only
• The plant has low capital cost
• Start up time is very less
• Low running cost, i.e. almost 10 US cents per Nm3 only
• The Plant has low capital cost
• Start up times is very less
• Purity and quantity can be measured continuously
• Good dew points (upto-70°C) in the product has achieved

Where space is a constraint, there we provide compact type of electrolysers that produce directly hydrogen at 6-9/ kg pressure and for this we do not require any compressor.