asteroza + algae   63

Green R&D - Hypergiant
Some sort of algae bioreactor startup. Sure hope they licensed that background image...
algae  bioreactor  biofuel  synfuel 
4 weeks ago by asteroza
Algoland: Biological Solutions to Clean Air and Clean Water | Lnu.se
Interesting projects here. Cynobacteria reactors fed with cement plant CO2 and treated landfill wastewater to make biomass. Another is Actively cultivating small shell mussels/bivalves for ocean algae control and as a another biomass source.
CCS  cynobacteria  carbon  capture  biomass  production  ocean  algae  filtering  mussel 
november 2018 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
Cultivation and energy efficient harvesting of microalgae using thermoreversible...
weird algae growth medium that stays liquid at lower temps but gels at higher temps, could solve algae bioreactor design issues
algae  bioreactor  growth  medium  Tris-Acetate-Phosphate-Pluronic  Delicious 
february 2017 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
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
NASA - OMEGA Project
Interesting idea of feeding effluent/wastewater/sewage into ocean floating clear tubes to make algae and clean the water. End run around the issues of fertilizer/nutrient feeds for algae production, algae growth medium location, facility structure cost and location, and nicely deals with the wastewater output of sewage treatment facilities.
NASA  OMEGA  offshore  membrane  enclosure  algae  floating  growth  pod  structure  tube  wastewater  sewage  recycling  green  energy  photobioreactor  bioreactor  production  Delicious 
september 2012 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
Single-Step Extraction | OriginOil - Breakthrough Algae Oil Technology
Interesting take on the algae lipid recovery process, similar to GM algae that excrete oil, since both processes use a tank with surface skimming for recovery. Basically a wet recovery process that skips the drying process of conventional biomass lipid recovery. Still kills the little guys, but you would end up doing that if biomass was a production target anyways, but that introduces the issues of whether or not the energy costs of drying are transferred to the biomass or should be charged to the lipids, and there is a secondary concern of what sort of changes occur in the biomass, that could potentially make it unattractive as a product for specific industries (maybe pharmaceuticals/nutriceuticals might be out, but straight animal feed and biomass feedstock should be alright)
single  step  algae  lipid  oil  extraction  biomass  production  green  energy  Delicious 
may 2011 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
Scientists look to ultrasound for control of blue-green algae
Interesting possible containment/filter method. I wonder if this could be applicable to algae farms, preventing hostile external species from invading systems, and preventing engineered species from escaping?
low  frequency  ultrasound  cyanobacteria  algae  control  biocide  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
Stanford researchers find electrical current stemming from plants
Directly tapping algae cells with piercing gold electrodes to siphon off photosynthesis electrons for power. Scalable? Probably not, unless you can culture the algae cells directly on an electrode grid panel and make them stick.
algae  direct  electron  takeoff  cell  membrane  electrode  photosynthesis  green  energy  power  generator  biology  research  Delicious 
april 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
Femtobeam LLC
Potentially interesting closed photobioreactor technology using flat emitters for the lighting with good energy coupling to the algae. Only problem is, the website screams crank/scam, even if it isn't. Maybe a link to some whitepapers or published articles would be nice...
closed  photobioreactor  bioreactor  algae  production  green  energy  flat  light  emitter  Delicious 
july 2009 by asteroza
News Release : SHOWA DENKO K.K.
Someone pointed out that ideal plant growth acceleration under artificial lighting would be 92% red LED's and 8% blue LED's, and that white LED's are a waste of energy. So these special red LED's by SDK would be great for indoor agriculture and specialty photobioreactors for algae production.

Though there will be the inevitable comments about underground growops in a certain variant hemp industry...
SDK  japan  materials  science  research  technology  LED  lighting  AlGaInP  aluminum  gallium  indium  phosphide  red  plant  growth  accelerator  growlight  growop  photobioreactor  green  energy  algae  hydroponics  indoor  hardware  electronics  devices  Delicious 
april 2009 by asteroza
Bionavitas Announces Breakthrough Algae Growth Technology for Biofuels Production
So they got a classical optic light guide polycarbonate lens/oversize distributed fiberoptic lighting to behave in a bioreactor?
technology  green  energy  guide  light  production  algae  immersion  rod  bionavitas  Delicious 
february 2009 by asteroza

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