The phrase "apply biogas" is correct and usable in written English.
It can be used when discussing the implementation or utilization of biogas in various contexts, such as energy production or waste management.
Example: "To reduce our carbon footprint, we plan to apply biogas as a renewable energy source in our facilities."
Alternatives: "utilize biogas" or "implement biogas".
Under the EEG 2014, higher reference prices apply for biogas plants based primarily on organic waste or slurry (§ 45 and 46 EEG 2014); the EEG 2017 maintains comparatively high administered remuneration rates for small slurry-based biogas plants (§ 44 EEG 2017).
Hence, we give an overview on gas permeation membrane processes which are applied in biogas upgrading.
Considering nitrogen efficiency and the mentioned agronomic effects [39,40], the economic use of clover grass leys and catch crop legumes when applying a biogas technique may be of advantage also under conventional circumstances.
The outlook to apply the highly energetic biogas from anaerobic digestion into fuel cells will result in a significantly higher electrical efficiency and can contribute to an increase of renewable energy production.
Physical approaches, mainly compression and liquefaction, have been commercially applied to upgrade biogas to bio-compressed natural gas (CNG) and liquefied biogas (LBG).
Mixed oxide catalysts derived from hydrotalcites were applied to model biogas reforming (CH4 CO4 = 1.5 1).
Anaerobic digestion (AD) process is a widely applied method for biogas production and wastewater treatment of palm oil mill effluent (POME).
This rule applies also to biogas plants under the EEG 2017 (§ 39h (2) No. 1 EEG 2017).
Increased methane yields (around 10% higher) and decreased VFAs concentrations at steady states were found in all three reactors after the temperature disturbances, although three different temperature disturbances were applied to each biogas reactor.
