H2020 Run4Life Factsheet - Technology Aerobic membrane Bioreactor
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – Aerobic Membrane Bioreactor
Treatment and reuse of grey water
An aerobic membrane bioreactor…
H2020 Run4Life Factsheet - Technology Anaerobic membrane Bioreactor
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – Anaerobic Membrane Bioreactor
Recovery of biogas and liquid nutrient rich effluent from…
H2020 Run4Life Factsheet - Technology BES
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – Bioelectrochemical system (BES)
Flat plate BES: innovative microbial process for nitrogen recovery
Within Run4Life,…
H2020 Run4Life Factsheet - Technology Ammonium Stripping
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – Ammonium stripping
Ammonia fertiliser recovered from digestate
Wastewater contains ammonia in two…
H2020 Run4Life Factsheet - Technology Vacuum Toilet
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – Vacuum toilet
Key facts
‐ Significant water saving (2-10 liters per flush)
‐ Highly concentrated sewage…
H2020 Run4Life Factsheet - Technology UASB General
Recovery and utilisation of nutrients
for low impact fertiliser
Technology fact sheet – UASB reactor
Key facts
‐ Suitable for processing highly concentrated
wastewaters
‐ Biogas production…
H2020 - Run4life Deliverable 5.1 Risk and Sustainability Assessment
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This project has received funding from the European Union’s Horizon 2020
research and innovation programme under grant agreement No 730285
Project…