Algae Cultivation Equipment
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based in USA
The development of scalable practices in various environments is part of the NAABB concept. Our partners are addressing cultivation in arid, semi-arid, wet, and marine environments. We have tools to measure productivities under climate conditions that simulate variations in light, air and pond temperatures for seasonal variations in ...
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based in CANADA
the challenge to devise a solution. After several months of basic research followed by a year of in-depth applied research and testing of various prototypes, Deane unveiled a concept prototype. He then enlisted the help of experts from relevant disciplines and from combined efforts, the Modular Algae Cultivation Biofield (Mac-B) system was ...
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Manufactured by Synoxis Algaebased in FRANCE
JUMBO is the solution of the Synoxis Algae range for producing biomass in large quantity. It offers to the user a tool with a cultivation volume adapted to its needs. His modular geometry gives various possibilities of installation to obtain high productivity in a reduce space. Moreover, JUMBO is a cultivation system very ...
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Manufactured by Synoxis Algaebased in FRANCE
This product is adapted to the needs of laboratories as well as research and development centers. Easily moveable on a bench, its compacity makes it the perfect tool to experiment simply. This photobioreactor offers a batch, a semi-continuous or a continuous ...
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Manufactured by Synoxis Algaebased in FRANCE
LUCY is the first product designed and built by Synoxis Algae. She integrates an innovative technology that produces quality biomass with high productivities. Used to produced inoculum and as a study tool for research laboratories, LUCY has the capacity to meet the needs of all the market ...
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Manufactured by Industrial Plankton Inc.based in CANADA
Biosecure Algae for Live Feed + Greenwater. Reliably producing enough clean algae is the bottleneck for many shellfish, shrimp, and marine finfish hatcheries. The solution - automated self-cleaning photobioreactors for biosecure on-site ...
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based in GERMANY
Microalgae are the hope for an organic-based future. Due to their wide spectrum of potential applications while simultaneously conserving resources, microalgae play a key role in tackling global challenges such as security of water supplies, energy generation and food production. Per unit of area, algae exhibit 5-20 times higher biomass ...
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Manufactured by Jiayan (Beijing) Environmental Technology Co., Ltd.based in CHINA
Application scope: Used in experiments such as plant germination, tissue culture, plant cultivation, algae cultivation, mutant screening, etc. It is an indispensable experimental equipment for production and research departments such as biology, agriculture, and forestry. ...
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Manufactured by Acadian Seaplants Limitedbased in CANADA
Acadian Seaplants is the global leader in specialty seaplants cultivation technology. We operate the largest land-based, commercial macro-algae cultivation facility in the world. We cultivate unique, pure and clean seaweeds for nutritional, health, cosmetic, and other exacting applications. Our operation provides the highest ...
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Manufactured by Everflow Global Ventures Pvt Ltdbased in INDIA
for trapping light energy. Photobioreactor also protects the growing culture from environmental stresses and grazer attacks. The efficient algae cultivation system is considered which provides all the above-mentioned growth conditions with the cheapest resources and implementation ...
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Manufactured by Culture BioSystemsbased in USA
The technical process to convert sunlight into algae and then into fuels has been tested by industry and approved by regulators. The current challenge is to produce commodities such as fuels and feed at a competitive cost. There are two principal ways of cultivating algae today – open ponds and closed photobioreactors – and both ...
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Manufactured by Culture BioSystemsbased in USA
The technical process to convert sunlight into algae and then into fuels has been tested by industry and approved by regulators. The current challenge is to produce commodities such as fuels and feed at a competitive cost. There are two principal ways of cultivating algae today – open ponds and closed photobioreactors – and both ...
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