Use cases

as retrofit

• Reduc­tion of the volume flow to 35 m³/​h (approx. 1/​60) → 3,000 mg/​m³
• Reduc­tion of pol­lut­ants 99.9% to 3 mg/​m³ → 3 mg/​m³ con­cen­tra­tion ambi­ent air
• Energy con­sump­tion during ope­ra­tion 0.3 kWh
  Opti­mi­zed addi­tive local suc­tion at the laser head
• No odour deve­lo­p­ment and com­pli­ance with all limit values
• Print per­ma­nently and secu­rely wit­hout fur­ther measures…

• 2.000 m³/​h acti­va­ted car­bon → Dilu­tion to 60 mg/​m³
• Pol­lutant decom­po­si­tion 50% to 30 mg/​m³ → 60 g/​h pol­lutant not converted!
• Energy con­sump­tion during ope­ra­tion 2.2 kWh
• strong odor, release of car­ci­no­ge­nic substances
• Excee­dance of the occu­pa­tio­nal expo­sure limit values, addi­tio­nal forced ventilation
• High con­sump­tion of acti­va­ted car­bon, standstill due to change

• Reduc­tion of the volume flow to 12,500 m³/​h
• Energy con­sump­tion during ope­ra­tion 45 kWh (elec­tri­city)
• Dry­ing regis­ter from the prin­ting press is no lon­ger neces­sary due to inte­gra­ted heat recirculation
• Almost com­plete uti­liza­tion of the heat of oxi­da­tion of the sol­vents for drying
• No com­bus­tion of fos­sil raw mate­ri­als
  2300t CO2 savings per year and com­pli­ance with all limits
• Fur­ther appli­ca­ti­ons Methane, Syn­the­ses, SCR, Pharma, Chemical
• Print per­ma­nently and secu­rely wit­hout fur­ther measures…

• 20.000 m³/​h TNV
• Heat reco­very 40% → 60% of energy is lost!
• Energy con­sump­tion during ope­ra­tion 1,730 kWh
• For­ma­tion of methane and form­alde­hyde from com­bus­tion of natu­ral gas (950*C)
• Thick insu­la­tion for TNV sys­tem as well as for exhaust pipe
• Indi­vi­du­ally desi­gned, inflexible