Oxeo EcoPrevent VG

Open fires will not emerge in the first place

    Ad­vant­ages

    The Oxeo Eco­Prevent VG re­duces the oxy­gen con­tent in the air by the con­trolled sup­ply of ni­tro­gen to the pro­tec­ted area in order to cre­ate a "fire-proof" at­mo­sphere and main­tains this level per­man­ently. This pre­vents the out­break of an open fire. Oxeo Eco­Prevent PG gen­er­ates the ni­tro­gen used to re­duce the oxy­gen on site by means of a ni­tro­gen gen­er­ator. The pro­tec­ted areas can still be entered by un­im­paired in­di­vidu­als.

    • Pre­vents fire from oc­cur­ring
    • Dam­age is lim­ited to the de­fect­ive com­pon­ent
    • En­sures avail­ab­il­ity of tech­nical equip­ment and pro­cesses
    • No smoke-re­lated dam­age
    • The Oxeo Eco­Prevent PG sys­tem avoids the pos­sible side-ef­fects of nor­mal fire ex­tin­guish­ing meth­ods: rapid tem­per­at­ure changes in spe­cific spots, elec­tric short-cir­cuits, ex­tin­guish­ing agent residue

      Design

      Protected Area

      1

      Pro­cess valve

      2

      Va­cuum pump

      3

      Pro­cess tank

      4

      Low-pres­sure com­pressor

      5

      Con­trol dis­play

      6

      Ad­sorp­tion tank

      7

      Re­sorp­tion tank
      1. 1Pro­cess valve
      2. 2 Va­cuum pump
      3. 3Pro­cess tank
      4. 4Low-pres­sure com­pressor
      5. 5Con­trol dis­play
      6. 6Ad­sorp­tion tank
      7. 7Re­sorp­tion tank
      Com­pon­ents
      • The VPSA ni­tro­gen gen­er­at­ing sys­tem works on the pres­sure change prin­ciple. Con­tain­ers filled with car­bon gran­u­late sep­ar­ate the oxy­gen and thus re­duce the oxy­gen con­tent in the air. The gran­u­late con­sists of spe­cially treated act­ive car­bon which en­ables the sep­ar­a­tion of oxy­gen and ni­tro­gen.
      • The com­pressed am­bi­ent air enters an ad­sorp­tion tank via an en­ergy-ef­fi­cient low-pres­sure com­pressor. The tank con­tains the car­bon gran­u­late which re­tains the smal­ler oxy­gen mo­lecules from the air in its pores. The ni­tro­gen can thus flow past and is thereby sep­ar­ated from the oxy­gen. One cycle lasts ap­prox. 60 seconds and in­cludes the ni­tro­gen sep­ar­a­tion in a tank (ad­sorp­tion) and the re­moval by va­cuum pump of the bound oxy­gen in a second tank (re­sorp­tion). As this pro­cess is con­tinu­ously, al­tern­ately re­peat­ing it­self, ni­tro­gen is per­man­ently avail­able for in­tro­duc­tion into the pro­tec­ted area.

      Applications

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434490/archives_uy2jvj.jpg

      Archives

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434496/electric_ithqhw.jpg

      Elec­tric & con­trol rooms

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434506/rack_lhskib.jpg

      High rack stor­age

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434498/refrigerated_vmmanw.jpg

      Re­fri­ger­ated stor­age

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434501/server_kjqpad.jpg

      Server rooms

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434503/storage_pru3d2.jpg

      Stor­age of haz­ard­ous sub­stances

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