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Greenhouse gas

Ula Reutina

Created on June 12, 2024

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Transcript

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
N sources

Valuable green products

Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Managing and valorizing Nitrogen
Reducing and valorizing CO₂ greenhouse gas

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

Back

Valuable green products

Back

  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

N sources

Valuable green products

  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2
Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

Back

CO2 sources
CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

Valuable green products

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

Valuable green products
  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
N sources
  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2

Valuable green products

Back

Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

Valuable green products
  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
N sources
  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2

Valuable green products

Back

Valuable green products
  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
N sources
  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2

Valuable green products

Back

Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

Valuable green products
  • Formate/Formic Acid
  • Hydrogen
  • Urea
  • Food protein
  • C4+
  • Electricity
  • Plant growth hydroponically
  • Balanced fertilizer
  • Syngas
  • Biochar (nitrogen enriched)

Back

CO2 sources
  • Flue gases
  • Air
  • Biomass
  • Seawater, wastewater, organic waste, urine (bicarbonate, acetic acid)

Valuable green products

Valuable green products
  • Diamines [NH2(CH2)xNH2]
  • Urea
  • NH3
  • Food protein
  • Electricity
  • Potash
  • Trona
  • Struvite (magnesium ammonium phosphate)
  • Replenished soil
  • Purified water
N sources
  • Wastewater (NH3/NH4+, NO3-, diamines)
  • Seawater (NO3-)
  • Flue gases (NOx)
  • Urine; urea (NH3, NH4+)
  • Nitrogen-rich biomass
  • N2

Valuable green products

Back