|Tuesday, 27. June 2017||You are not logged in... [Log In]|
In the past years, attempts were undertaken to quantify single emission sources as well as overall emissions from biogas plants using on-site (direct) and remote sensing (indirect) methods. While measurements on site often focus on one type of CH4 sources, remote sensing methods cover the overall emission plume. Among the current available emission measurement techniques, none is in a position to be recognized as the best international reference. Therefore, the establishment of a scientifically based standardization and harmonization of methods would greatly contribute to the assessment of the fugitive emissions from biogas plants.
The preceding discussion has described anaerobic digestion as a strategy to substantially mitigate anthropogenic greenhouse gases (GHG). However, the overall positive environmental benefit of the biogas plant will, in particular, depend on net GHG (e.g. methane) emissions from the process itself. Robust and reliable measurement techniques are needed to quantify these fugitive emissions in order to reflect and improve the plant-specific process Efficiency as well as to obtain robust emission factor estimates. The research project “MetHarmo” aims at evaluating the performance of five selected techniques (on-site methods including detection of gas leakages and flux chambers; remote sensing methods including inverse dispersion modelling and mobile tracer method with either open-path Tunable Diode Laser Absorption Spectrometry (OP-TDLS) or Cavity ring-down spectroscopy (CRDS), as well as Differential Absorption Light Detection and Ranging (DIAL) measurements) tested simultaneously on a German biogas and upgrading plant. The study will result in a practical guideline, which may serve as a basis for a common European standardization of measurement procedures and data evaluation to generate precise and comparable results within the EU.
|Copyright:||© Lehrstuhl für Abfallverwertungstechnik und Abfallwirtschaft der Montanuniversität Leoben|
|Source:||Recy & Depotech 2016 (November 2016)|
|This article can be purchased via our partner ASK-EU.|
Renergia, a brand new Waste-to-Energy (WtE) facility opened in Canton Lucerne, shows that Waste-to-Energy can provide reliable heat for industries.Category: Incineration / Waste-to-Energy plant
In Slovenia arises one of the largest and most modern waste treatment plants in Europe.Category: Recycling / MBT
The final unit of the incineration plant is one of the most important parts as it has the objective of cleaning the air pollutants produced.Category: Incineration
The biogas produced from the waste can be converted in a CHP to electrical and thermal energy or fed as processed bio-methane into the natural gas grid or used as fuel (CNG).Category: Recycling / Fermentation
The Bio-Dry™ system is a static, aerated and flexibly enclosed reactor for the biological drying of various solid waste matters containing some biodegradable contents.Category: Recycling / MBT