By utilising highly skilled personnel, sophisticated instrumentation and internationally recognised analytical methods, Waterlab ensures results which are of a high quality.

 

Waterlab is capable to analyse water samples ranging from potable quality to industrial effluents and waste sites leachates with high concentrations of dissolved salts, organic matter causing interferences with conventional analytical methods.

 

We extended our scope of accreditation.

 

Methods added:

• WLAB/015/ICP/Method – elements V,B,Ba
• WLAB/022/Acidity/Method
• WLAB/050/ICP-MS/Method – elements As,Cd,Hg,Pb,Sb,Se,U
• WLAB/046/Discrete Analyser – Hexavalent Chromium
• WLAB/065/Robotic Titrosampler pH,EC,Alkalinity,p-Alkalinity/Method
• WLAB/044/S.S/Method
• WLAB/003/T.D.S/Method
• WLAB/21b/F.C and E.Coli/Method
• WLAB/021/Heterotrophic Plate Count/Method

 

27 Calulations added:

• Precipitation Potential as CaCO3
• Unionised Ammonia as N
• Unionised Ammonia as NH3
• Ammonium as N
• Ammonium as NH4
• Total hardness as CaCO3
• Magnesium hardness as CaCO3
• Calcium hardness as CaCO3
• Combined Nitrate plus Nitrite
• Sodium Adsorption Ratio (SAR)
• Total Oxidized Nitrogen (TON)
• Total Inorganic Nitrogen (TIN)
• Total dissolved solids (EC in mS/m x 6.7)
• Hydroxide Alkalinity as CaCO3
• Hydroxide as OH
• Carbonate Alkalinity as CaCO3
• Carbonate as CO3
• Bicarbonate Alkalinity as CaCO3
• Bicarbonate as HCO3
• Carbon Dioxide as CO2
• Corrosivity index
• pHs
• Langelier Index
• Ryznar Index
• Converting Orthophosphate as P to PO4
• Converting Nitrite as N to NO2
• Converting Nitrate as N to NO3