How to determine amount of Iron in boiler water

Iron

Iron exits in two states in solution the ferrous and ferric form. The iron test described here measures the total iron present; both ferrous and ferric iron are detected.

How to determine chelate demand by titrimetric method

NTA Chelant Demand Titrimetric Method

Calculation of Dissolve

Acenaphthene for Synthe

How to determine the amount of Dissolved-Oxygen

Oxygen-Dissolved

Water in contact with a gas will usually have dissolved in it a small amount of that gas. The atmosphere for example, consists essentially of nitrogen and oxygen, and both are somewhat soluble in water. Nitrogen is an inert gas and of minor importance, but the control of dissolved oxygen in industrial waters is essential for efficient operation.

Electric Grade Castor Oil For Use As Capacitor Impregnant

Electric Grade Castor Oil For Use As Capacitor Impregnant

Product Description :-

Specifications:

The Indian standards institution had been approved uses of Electrical Grade Castor oil for used in medium voltage power capacitors and high voltage energy storage capacitors. 

How to determine algae in given sample

Algae are common and normal inhabitants of surface waters. They differ from bacteria and fungi  in that they have an internal green pigment called chlorophyll. Chlorophyll enables them, in the presence of sunlight, to combine water and carbon-di-oxide to form sugars or related substances with the release of oxygen by the process called photosynthesis. Recirculating cooling water systems normally are plagued with algae growth to a greater extent than once through systems.

ACACIA Confirms to IP Laboratory Chemicals MSDS

Company Details:

RX MARINE INTERNATIONAL
105, A wing , BSEL , TECH PARK.
VASHI ,NEW BOMBAY 400703 INDIA

ALUMINIUM POTASSIUM SUL

How to determine the sulphate reducing bacteria in a sample

Sulphate Reducing Bacteria 

Sulfate reducing bacteria (SRB) are anaerobic organisms which require an oxygen free environment for growth. They reduce sulfate to hydrogen sulfide.  They are responsible for the  foul hydrogen sulfide odors and are direct agents for corrosion. The hydrogen sulfide immediately reacts with metallic or dissolved iron to form black iron sulfide.