Chlor Alkali Anode & Equipment's f

Electrochemical importance of Anode and Cathode Coating in a Membrane Cell in Chlor Alkali Industry   Abstract Membrane Cell operation for the production of Caustic and Chlorine is the latest environment and energy friendly process for a Chlor-Alkali Plant. The membrane cell consists of Cathode (Nickel), Anode (Titanium) and a floro carbonated membrane. By the continuous process and process requirement in energy point of view in a normal running Chlor-Alkali Plant, ... [More]

The power requirement is very high in Chlor-Alkali industry. Applications of Membrane cell technology decrease the power consumption [More]

Dimensionally Stable Anodes (Dimensionally stable anodes) [More]

Zero Gap has a great opportunity for Power Saving, typically. 8-10% lower consumption than original figures. Zero-Gap MUST be based on top quality components. To overcome the risk of ...... [More]

Concept Zero Gap Technology totally removes theohmic drop related to ionic movement through the Catholyte gap, by installation of a package of…Cathode screen which is used as current collector. A fine cathode screen shifts up to gently touch the membrane. In between them, durable elastic element is inserted, to transport electrons by contact from the current collector to the fine cathode screen, and capable of compensating for mechanical tolerances with no harm for the membrane.  Zer... [More]

Introduction Reducing the gap between anode and cathode. In zero gap technology, both anode and cathode surfaces are in contact with the membrane, i.e. electrode gap equals to membrane thickness.  Achieving uniform current distribution the original anode and cathode mesh are not fully flat; this is creating some non-uniformity in the current distribution. The elastic element can adjust its thickness following meshes profile, so the gap between anode and cathode is kept uniform. Concept Zero... [More]

In electrochemical application, Niobium is selected as substrate, when the resistivity of titanium is too high or its breakdown potential is too low. Platinized niobium is preferred for high current application. [More]

Zero-Gap MGC - Characteristics Compensates for Fatigue of Cathode Springs Flat Cathode Profile – No “Pinch” Points Improved IR Drop (Anode-Cu Voltage) Cathode “Recoating” done by replacing Flynet at Site  Coatings for Polarized and Non-Polarized Cell Rooms    For more information, please feel free to contact us chloralkali@tiaano.com or visit our webpage www.tianode.com Will share our credentials (client list, performance ce... [More]

Objective Elastic element fills the gap between cathode & membrane. Better current density distribution. Elasticity can long last & durable performances in the life. Longer membrane life and lower cell voltage with more or less the same caustic faraday efficiency  Components Nickel Mattress: assuring a perfect “zero-gap” condition between cathode mesh and membrane. Activated Nickel Flynet: fine woven mesh, activated with a MMO coating specific for “zero-gap” ... [More]

1.Impressed Current Cathodic Protection 2.Electroplating of… [More]