Water management in the chemical industry often poses problems due to complex water matrices. LAR mea­sure­ment tech­no­logy allows effective process control matching the tough demands at chemical plants.

Effective mo­ni­to­ring helps to mi­ni­mize pro­duct los­ses and to optimize the wa­ter ma­na­ge­ment at petro­che­mi­­cal faci­li­ties with spe­cial re­gards to pro­cess wa­ter, e.g. steam-wa­ter cycle and coo­ling.

Continuous monitoring of the water-steam cycle is an im­por­tant pre­re­qui­site for smooth and safe ope­ra­tion of the pro­duc­tion fa­ci­lity as well as to maintain high product quality of refining products.

Product quality and pro­cess re­lia­bi­lity is es­sen­tial in re­gards of phar­ma­ceu­ti­cal water. LAR ana­ly­zers de­ter­mine con­ta­mi­na­tion re­li­ably in lowest levels meeting inter­na­tio­nal re­por­ting re­quire­ments.

In in­dus­trial ma­nu­­fac­tu­ring pro­cess water often is cha­ra­cte­rized by high le­vels of par­tic­les or ad­di­tives. Re­liable mo­ni­to­ring helps to main­tain ef­fi­cient water ma­na­ge­ment of­fe­ring high sa­ving po­ten­tial.

In the se­mi­con­duc­tor and mi­cro­elec­tro­nics in­dus­tries, the high qua­lity and pu­rity re­quire­ments for pro­duct and pro­cess safe­ty are met by accu­rate and re­liable on-line TOC moni­to­ring in the low­est le­vels.

With spe­cial re­gards to re­source pre­ser­va­tion and en­vi­ron­men­tal pro­tec­tion, re­li­able mo­ni­to­ring of treat­ment per­for­man­ces at WWTPs as well as dis­char­ge con­trol in­to pub­lic wa­ter bo­dies are es­sen­tial.

At air­ports, air­craft and run­ways are kept free of ice and pre­ci­pi­ta­tion with the help of de-icing a­gents. For the ef­fec­tive wa­ter ma­na­ge­ment, wa­ter dis­charge into WWTP or pu­blic wa­ter­ways is mo­ni­tored and con­trol­led by means of on­line mea­sure­ment tech­no­logy.