asteroza + biofuel   109

Mimi Moto | Clean Cooking for All
Chinese design wood pellet stove with fan assisted gasification
solid  biomass  biofuel  wood  pellet  cookstove  stove  gasifier 
october 2018 by asteroza
Inyenyeri - A Rwandan Social Benefit Company
Seems to be a fan assisted rocket stove of sorts using a proprietary fuel. They give away the stoves, and sell fuel by the month. Is the fan powered by a thermoelectric rig?
wood  pellet  cookstove  stove  fan  gasifier  biofuel  biomass  solid 
october 2018 by asteroza
C16
Bioreactor produced palm oil using GM yeast bacteria
palm  oil  biofuel  bioreactor  production  manufacturing  bacteria  yeast  genetically  modified  organism 
august 2018 by asteroza
Enzymatic construction of highly strained carbocycles | Science
Bicyclobutnae is a pain and expensive to make, so hasn't been seriously researched for rocket propellant research, but using e.coli to make it via enzyme catalyst now makes it a biofuel (biorocketfuel?). 8C boiling point versus cryogenic methane makes for an interesting trade study.
bicyclobutane  biology  organic  chemistry  materials  science  research  technology  rocket  fuel  propellant  biofuel  e.coli  bacteria  enzyme  production  catalyst 
july 2018 by asteroza
Upgrading biogas produced at dairy farms into renewable natural gas by methanation - Walker - 2018 - International Journal of Energy Research - Wiley Online Library
So upgrading biogas from anerobic digestors working on manure to methane should be a net win, provided your hydrogen is sourced from renewable powered sources.
biogas  upgrade  methanation  methane  gas  biofuel  production  materials  science  research  technology 
march 2018 by asteroza
Electrochaea GmbH - Power-to-Gas Energy Storage |
Using methanothermobacter thermautotrophicus in a bioreactor to convert hydrogen and CO2 into biofuel methane for easier energy storage. Though how the hydrogen is made is kinda key, as that affects end-to-end efficiency
biorefinery  biofuel  methane  production  biocatalyst  microbe  bacteria  microorganism  green  energy  bioreactor 
november 2017 by asteroza
An algal photoenzyme converts fatty acids to hydrocarbons | Science
GM bacteria using algae derived genes can convert fat to hydrocarbons using mostly (only?) blue light, by slicing off the carbon on a lipid chain with an enzyme
GM  genetic  engineering  modified  bacteria  algae  enzyme  fat  lipid  hydrocarbon  conversion  synfuel  production  biology  materials  science  resarch  technology  upconversion  catalyst  photoenzyme  biofuel 
september 2017 by asteroza
Cyborg Bacteria Change the Game in Carbon Dioxide Reduction - IEEE Spectrum
tweaked bacteria equipped with cadmium sulfide nanocrystals have superior photosynthesis efficiency, converting sunlight and CO2 into acetic acid, which can be fed to other tweaked E. Coli who can convert acetic acid to butanol.
artificial  photosynthesis  cadmium  sulfide  nanocrystal  bacteria  CO2  fixation  biology  materials  science  research  technology  synthetic  synfuel  biofuel 
august 2017 by asteroza
BESC, Mascoma develop revolutionary microbe for biofuel production | ornl.gov
Err, it's great that they've substantially improved the ethanol production speed and conversion ratio, particularly the xylose conversion, but what happens if this yeast gets out into the wild? If it's such a beast at sugar conversion, that might end up being a problem too...
xylose  conversion  cellulosic  ethanol  biofuel  production  yeast  biology  research  technology  Delicious 
june 2015 by asteroza
N2 gas is an effective fertilizer for bioethanol production by Zymomonas mobilis
Wow,um,so old data was wrong and new redone data says this bacteria can be fed pure nitrogen gas as fertilizer for cellulosic ethanol production, and it's awesome. Which basically means an oxygen gas separation plant's effuse of nitrogen and CO2 could be fed directly into the bacterium beds. Air Liquide must love this news...
biofuel  cellulosic  ethanol  production  biology  research  technology  nitrogen  gas  fertilizer  bacteria  feedstock  Delicious 
february 2015 by asteroza
株式会社ユーグレナ - ミドリムシの研究開発・製造・販売
Horie-mon's new venture. Apparently commercializing a type of algae for biomass production for engineered nutrition, fibers, and biomass for biofuel production. Got the japanese government to bite, via NEDO. Now working with Isuzu for diesel substitute biofuels.
japan  biofuel  algae  euglena  horiemon  Delicious 
june 2014 by asteroza
Stanford scientists model a win-win situation: growing crops on photovoltaic farms
Smart trick of using a waste (PV cleaning water) as an input into another process (colocated agriculture)
colocated  colocation  agriculture  solar  PV  panel  washing  cleaning  water  runoff  farm  biofuel  Delicious 
april 2014 by asteroza
Microbial Synthesis of Pinene - ACS Synthetic Biology (ACS Publications)
Apparently a new way to make a biofuel precursor for a JP-10 analog. JP-10 is allegedly pretty expensive ($25/gallon)...
microbial  biofuel  synthesis  pinene  precursor  JP-10  high  energy  density  hydrocarbon  Delicious 
april 2014 by asteroza
Research and development, manufacture and sale of: Euglena | euglena CO., Ltd
Horie-mon's new venture. Apparently commercializing a type of algae for biomass production for engineered nutrition, fibers, and biomass for biofuel production. Got the japanese government to bite, via NEDO.
nutritional  development  nutrient  biomass  green  biotech  agriculture  biofuel  algae  fiber  research  microalgae  startup  production  horie-mon  nutrition  japan  euglena  food  supplement  horiemon  energy  Delicious 
october 2013 by asteroza
Cultivation of an Obligate Fe(II)-Oxidizing Lithoautotrophic Bacterium Using Electrodes
Looks like they got rust making bacteria to live without iron, by simply supplying them electricity (electron substitute for iron oxides) and their regular diet of CO2. Which means you now have the basic foundation for a synthetic biofuel production system with electricity and CO2 inputs, provided you can tweak the bacteria to output biofuels directly like alcohols or oils, to be skimmed from a vat.
electron  bacteria  biofuel  substitute  electricity  research  biology  Delicious 
february 2013 by asteroza
News releases 2012
Apparently, these guys were already working on using microbubbles to improves algae density in production. Now, they have retasked the same tech to help with floatation/separation/harvesting to ease gathering and drying, which is somewhat energy intensive normally. Naturally this assumes algae for biofuel where you are using the biomass directly (thus killing the algae), rather than using algae types the excrete oils that can be skimmed (and keep the algae alive).
high  efficiency  microbubble  aeration  system  algae  floating  floatation  density  production  biofuel  Delicious 
january 2012 by asteroza
MSU News Service - MSU: Baking soda dramatically boosts oil production in algae
Interesting result, but they failed to do the simple check of seeing if simply bubbling CO2 gas through the algae grow medium fluid at the same critical timing would result in the same increase in performance. Specifically, is direct stimulation/fertilization of algae with carbon dioxide sufficient, or is the chemical pathway being used here specific to free swimming carbonate in solution.
algae  production  biology  research  biofuel  green  energy  biodiesel  CO2  carbon  dioxide  baking  soda  sodium  carbonate  bicarbonate  Delicious 
november 2010 by asteroza
Precer hybrid-boat design crowned with success
Solid fuel powered hybrid electric boat. Basically, a wood chip powered electric boat, perfect for when the world goes to hell and you survivalists need powered water travel (though sailing is still preferred).
Precer  hybrid  electric  boat  ship  vessel  transportation  biomass  biofuel  wood  pellet  solid  fuel  green  Delicious 
october 2010 by asteroza
Precer's Bioracer: Off-Road Vehicle Runs on Wood Pellets
A wood pellet furnace, stirling generator driven series hybrid electric ATV. I suppose this is for the semi-serious survivalist (I say semi only because if civilization collapses, it will be next to impossible to repair the thing should a critical electrical component fail, and the battery would fail eventually regardless)
biomass  biofuel  wood  pellet  fuel  stirling  power  generator  green  transportation  electric  vehicle  car  Bioracer  EV  ATV  hybrid  Precer  Delicious 
october 2010 by asteroza
Synthetic fuels research aims to reduce oil dependence
Interesting if they have solved some of the issues of a high pressure coal feeder...
high  pressure  steam  hydrogen  feeder  coal  gasifier  materials  science  research  technology  biofuel  synthetic  liquid  fuel  production  CTL  Delicious 
september 2010 by asteroza
Fuel Alternatives to the Power Industry - LPP Combustion LLC
Combustor technology company offering gas turbine combustor retrofits, primarily it seems for Capstone microturbines to run on biofuels. The end goal is a coal fueled IGCC setup, using simpler CTL/GTL gasifier tech, this company's special liquid fuel to synthetic natural gas (methane), and conventional natural gas turbines, to keep costs down by trying to use simple and/or in production hardware. Though you would take a performance hit over a purpose built fully integrated IGCC plant with a syngas or hydrogen turbine
gas  turbine  fuel  combustor  retrofit  technology  research  biofuel  biodiesel  bioethannol  diesel  ethanol  green  power  generator  energy  capstone  microturbine  IGCC  CTL  GTL  liquid  coal  Delicious 
july 2010 by asteroza
Roving mobile processing plants to produce biofuels
Interesting concept for a compact biomass to liquid biofuel mobile processing plant, to upgrade low yield biomass to more easily transportable/usable biofuel. Still needs an external hydrogen source, so for practical purposes you will dragging along a CNG or LPG tank to supply the hydrogen reformer, unless somebody feels like running a high power electrolysis rig.
H2Bioil  H2CAR  low  yield  biomass  mobile  biofuel  processing  production  hydropyrolysis  chemical  process  reactor  research  snygas  Delicious 
july 2010 by asteroza
Technology Review: TR10: Solar Fuel
Using algae to convert light and CO2 directly to excreted recoverable ethanol, rather than going for a biomass algae approach for conversion to biofuels/synthetic fuels. Cuts out the middleman syngas production and conversion steps for fuel production (well at least for ethanol, for other stuff you may have to break it apart back to syngas)
synthetic  fuel  biofuel  solar  ethanol  green  energy  bioethanol  Delicious 
july 2010 by asteroza
Fine-Tuning Growth Conditions Helps Cyanobacteria Flourish
Upping the phosphorus a bit means the limiters for growth are generally CO2 and light. Light you can do with tricky clear acryllic tubes and panels in novel arrangements. But the phosphorus is a problem. World supply is getting tighter due to industrial agriculture and runoff, so there is talk about peak phosphorus. Since we don't harvest sewage sludge and runoff for phosphorus, it gets trapped in sediment or washed out to sea. Most of the easy phosphorus sources are gone now.
cyanobacteria  algae  photobioreactor  biology  biofuel  biomass  green  energy  research  CO2  carbon  capture  peak  phosphorus  agriculture  Delicious 
july 2010 by asteroza
Technology Review: Power from Glucose
A potentially interesting solution to power implants and other medical devices, such as pacemakers and insulin pumps. But the interesting long term goal is an auxiliary excess glucose/calorie consume in the body, to overtake the normal metabolism. Basically, the idea would be to implant the biofuelcell in obese people (or people with oddball metabolism or excess glucose in their bodies such as diabetics), run the biofuelcell to reduce blood glucose levels. In an obese person, the body would react like it's being overly exercised (or starved?) and burn fat to compensate. One of the long term problems with obesity is the difficulty to both increase caloric expenditure while reducing food intake. This would neatly bypass the expenditure problem by having a secondary calorie consumer, since realistically, nobody is reliably capable of reducing their food consumption. But I wonder about the caloric starvation effect on hunger...
biofuel  fuelcell  biofuelcell  implant  implantable  glucose  power  generator  green  energy  medicine  health  obesity  biotechnology  materials  science  research  technology  enzyme  Delicious 
may 2010 by asteroza
http://pagesperso-orange.fr/albin.czernichowski/ECP/plasma%20reactors.htm
Albin Czernichowski of France is researching gliding arc plasma reactors (for some reason called GlidArc). Apparently did a presentation to the ACS recently;

http://www.sciencedaily.com/releases/2010/03/100322121100.htm
gliding  arc  plasma  reactor  physics  materials  science  technology  research  green  energy  syngas  production  biofuel  processing  waste  recovery  Delicious 
march 2010 by asteroza
Artificial Photosynthesis in Ranaspumin-2 Based Foam - Nano Letters (ACS Publications)
Using frog derived proteins coating a foam structure to produce sugar from water and CO2 directly, no cell or other structures involved. The foam is a high surface area structure to support the carbon fixation and sugar synthesis.
artifical  photosynthesis  enzyme  sugar  production  CO2  nanoscale  photophosphorylation  high  surface  area  foam  structure  protein  Ranaspumin-2  carbon  fixation  suger  synthesis  biofuel  green  energy  biomimicry  engineered  surfactant  Delicious 
march 2010 by asteroza
Economics Improve for First Commercial Cellulosic Ethanol Plants - NYTimes.com
Supposedly a big drop in the enzyme costs to process non-food biological feedstock such as switchgrass or food production waste such as corn cobs. While biofuels are interesting, I wonder about the feedstock sources. Food production waste has some fundamental limits in quantity, and while switchgrass and other non-food feedstocks can be grown in undesirable land, it must still be cultivated/harvested, which means more land/water use normally...
Novozymes  Genencor  cellulosic  fuel  enzyme  biofuel  manufacturing  feedstock  processing 
february 2010 by asteroza
Algaeventure Systems - Developing Rapid Algae Farming (RAF) System, creating products from algae, biofuels & bioplastics
Working on sorbent bed conveyor belt system that drops the cost of collecting and dewatering algae by a significant margin.
algae  biofuel  green  energy  advanced  harvesting  sorbent  bed  conveyor  dewatering  Delicious 
november 2009 by asteroza
Welcome to Envergent Technologies
BTL = biomass to liquids, like CTL and GTL conversion of feedstock to liquid hydrocarbons
Envergent  flash  pyrolysis  oil  biooil  biofuel  biochar  biomass  BTL  conversion  green  energy  Delicious 
september 2009 by asteroza
Joule Biotechnologies | Solving the energy crisis with affordable, renewable clean fuel
GM E.coli bacteria, promising 10x improvement over algae with reduced light intensity sensitivity. Not clear what and how the outputs are structured. Considering starting goals involve ethanol, are they manufacturing sugars? How is that harvested (continuous secretion and skimming, or batch press harvesting?)
Joule  biotechnology  e.coli  solar  biofuel  enegineered  organism  GM  genetic  engineering  modification  green  energy  Delicious 
september 2009 by asteroza
Green Car Congress: Researchers Propose Milking Diatoms to Yield Massive Amounts of Oil or Bio-Hydrocarbon Fuels
Proposal/research to create an engineered leaf supporting a colony of GM diatoms that produce/excrete oil. Interesting stuff, especially the artificial tree that drips gasoline concept.
GM  genetically  modified  organism  solar  biofuel  fuel  oil  diatom  green  energy  Delicious 
june 2009 by asteroza
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