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Shaelie HarperThomas Devries
Kelly PetraskyJaimie Cromwell
Bioliq Process1)Rapid Pyrolysis
Hot sand, pressureChar, oil
2) Slurry ProductionChar and oil mixbioslurry
3) Gasification Bioslurry w/ oxygen through gasifier
4) Purification and ConditioningSalts, h2S, COS, CS2, HCI, NH3, HCNPrevents poisoning
5) SynthesisBio-liquid
BenefitsGreen Globally, and Locally by reducing,
greenhouse gasesPollution
CO2 emissionsUse of parts of the biomass that is not
normally usedDon’t need to rely on other countriesMore jobs
ConsUses top soil
Non-renewableUses lots of waterNeed more to grow more biomass to feed
and for fuelTakes time to grow the biomassNeeds a lot of landBiodiversity lossIncrease costs of crops
What it produces:Heat
Electrical powerAutomotive fuel
Every agricultural
enterprise produces organic wastes
Agricultural enterprises produce liquid manure from livestock and can be produced into biogas
Carbon Dioxide is releases during biogas production
Energy produced from organic waste has the most potential of savings on greenhouse gases
Biogas plantsBiogas plants need
to be upgraded along with agro-biofuels.
The system requires the increase of concentration in the biogas mixture.
Consists nearly 100% of methane
Gas grid can produce heat and automotive fuel
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Rathmann, ReGis, Alexandre Szklo, and Roberto Schaeffer. "Land use competition for production of food and liquid biofuels: An analysis of the arguments in the current debate." Renewable Energy 35.1 (2010): 14+. Academic OneFile. Web. 3 Nov. 2009. <http://0-find.galegroup.com.lib.hope.edu/gps/start.do?prodId=IPS&userGroupName=lom_hopecl>.
Wengenmayr, Roland, and Thomas Buhrke. "Synthetic Fules from the Biomass." Renewable Energy. Germanhy: WILEY-VCH, 2008. Print.