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SOLVAir Marine - dry sox solution


Taking a proven solution from land to the seas



Why switch to SOLVAir® Marine?

SOLVAir® Marine allows users to meet IMO 2020 regulations and other compliance requirements while offering a capital-light, quick-to-install and easy-to-operate SOx Exhaust gas treatment system. With SOLVAir® Marine, the payback time of a few months only CAPEX vs savings realized renders the flue gas cleaning solution a cost-effective option for even the most demanding ship owners.



  • Compliance with IMO 2020Neutralizes SOx to 0.5% as well as 0.1% sulphur equivalent levels
  • Compliance with Future Regulations: Removes up to 99% of particles (including soot)
  • No Effluent ReleaseEnsures a completely dry process with no effluent release to the sea
Capital Light Solutions

Capital Light Solution

  • Expenditure Options AvailableSatisfies even the most demanding ship owners with different CAPEX available and appealing payback periods
  • Low OPEX: Eliminates the need to pump any waterSorbent offers significantly lower prices than alternatives


  • Optimal Operator Protection and SafetySorbents are non-irritant, non-corrosive, and non-toxic
  • Non-Hazardous ResiduesResidues are completely dry and classified as non-hazardous according to the European Waste Codex
  • Quick and Easy Implementation: 
    • 48-Hour installation
    • Minimal downtime for a ship
    • No need for dry docks


  • Dependable Product Availability: Nine production sites with numerous local warehouses. There is a strong and dedicated supply chain team
  • Global PresenceCurrently serving customers in 121 countries
  • Product QualityStrict quality control in our laboratories to ensure reliability
360º Approach

360° Approach

  • Fully CustomizableTailor-made solution for each vessel
  • Cyclical EconomyValorization and recycling of residues under analysis
  • All-Encompassing Support: Technical expertise, sorbents production and delivery


  • DeNOx Capabilities: No need to cool down exhaust gasOptimal for use in combination with traditional SCR systems
  • CO2 RemovalCO2 removal abilities of the system under analysis