Algae Farming Articles
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Natural Aroma Chemicals Are Taken from Nature, Such As Plants and Animals
Unlike aroma chemicals, which are produced through chemical synthesis, natural aroma chemicals are complex compounds derived from natural resources, including trees, flowers, plants and animals. Their origins can be traced back to the beginning of recorded time. The Egyptians used the tree resins frankincense (olibanum) and myrrh, burned as incense to appease the gods [1]. And the Classic Herbal, ...
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How Do You Get Rid Of Algae Fast From Golf Course?
Algae (photosynthetic organisms) can be found in almost any aquatic environment, such as ponds on golf courses. Depending on the type and level of growth, golf course pond algae can be beneficial and challenging. Therefore, here are some critical points about golf course pond ...
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Bioreactors for Algae Seed Train Inoculum to Maximize Production in Massive Systems
The Drive Towards Scalable and Efficient Algae Production Producing algae as a commodity for feed, pharmaceuticals, nutraceuticals, carotenoids, and pigments calls for expansive setups. Executing this production at scale and making this economical, vast installations like raceway ponds or extensive tubular systems are required. However, the efficiency of these systems hinges on a critical ...
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Rhodomonas
Have you ever come across a beautiful reddish (and pink in my opinion) coloured algae? That algae may have been rhodomoas, one of our favourites! Why use Rhodomonas for feeding oysters and other aquatic animals? Particle Size Rhodomonas algae have medium cell sizes, which makes them an ideal food source for oyster larvae. The cells are well-suited for the small filtering apparatus of young ...
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Hiden HPR-40 DSA: Designed for Algae Research
As algae-based research rises in prominence for its potential in renewable energy production and climate change mitigation, the need for high-precision analytical equipment is paramount. Hiden Analytical is excited to announce that the Hiden HPR-40 DSA (Dissolved Species Analyzer) is proving to be a perfect research tool in the rapidly evolving algae research landscape. The HPR-40 DSA is ...
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Phyco-Flow Installation at AlgaeCytes UK, Kent. - Case Study
We are delighted to have completed our latest 12,000 L Phyco-Flow photobioreactor installation for Algaecytes UK. This Phyco-Flow is the most recent example of our multi photo-stage photobioreactor, designed specifically for industrial scale production of microalgae. The system incorporates full process control, with data acquisition and remote access alongside integration of upstream and ...
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Varicon Aqua Installation at Geb Impact in Hong Kong - Case Study
Varicon Aqua’s latest project is up and running in Hong Kong, with the installation led in person by our Managing Director, Joe McDonald. The client, Geb Impact Technology Company Limited, will be using two of our reactor systems, the Phyco-Lift and the Phyco-Pyxis, the latest in our range of innovative products. Geb Impact and Varicon Aqua have enjoyed a long professional relationship, ...
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Blue Lagoon Iceland - Case Study
We are delighted to announce the recent completion of two Phyco-Flow systems for the Blue Lagoon in Iceland. This development is the latest stage in a relationship dating back to 2004 when a BioFence system was installed to support work being undertaken within their R&D ...
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Phyco-Flow Photobioreactor Installed at the University of Helsinki - Case Study
The Varicon Aqua team have recently returned from Finland, where we are pleased to have installed a top of the range Phyco-Flow System for the University of Helsinki. Researchers will use the tubular photobioreactor, situated on the Lahti campus (Faculty of Biological and Environmental Sciences), to cultivate microalgae in support of their on-going projects. One such project, Algae Factory, ...
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What is a Split-Pond Partitioned Aquaculture System (PAS)?
What is a Split-Pond Partitioned Aquaculture System (PAS)? According to the Southern Regional Aquaculture Center, “The Partitioned Aquaculture System (PAS) developed at Clemson University combines the process control advantage of recirculating aquaculture with the lower cost of pond aquaculture.” Since then, scientists at Mississippi State University have begun to modify the original ...
By Aquasend
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Ozone for Vertical Farming
Ozone in vertical farming is an excellent organic fungicide and biocide. In addition to its high efficiency and the advantages of not leaving chemical residues on the leaves. When ozone is dissolved in water favors root growth and increases dissolved oxygen in plants. About 90% of the water used worldwide is for agriculture. Ozone helps reduce the amount of water and helps inactivate viruses ...
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Seaweed extract uses in agriculture
In recent years, the damage caused by the blind and excessive application of chemical fertilizers and pesticides has become more and more serious. To develop ecological agriculture, we must vigorously promote the use of biological fertilizers and pesticides. The abundant marine biological resources are a material treasure house for the development of ecological agriculture. Seaweed extracts is ...
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Investing in aquaculture: a road to riches or a path to poverty?
Aquaculture is growing at a greater rate globally than any other agribusiness sector. It is widely predicted that with 6 to 8% annual growth rate continuing well into the foreseeable future, aquaculture will offer good investment opportunities. However, just like any other endeavor, there are some very good reasons why what some see as a pot of gold at the end of the rainbow is empty and full of ...
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Light Intensity
Microalgae Growth – Light Intensity If light is one of the key ingredients in photosynthesis, will more light always generate more productivity? Not exactly. Microalgae growth tends to have a consistent relationship with light intensity. Though the actual growth rates and intensities for different points in this curve will vary depending on many factors the general shape is consistent ...
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Microalgae Growth - Light Spectrum
Microalgae need light to grow and photosynthesize, but not all light is created equal. The spectrum of light can have a big impact on how well your algae grows. The spectrum of a light is how bright it is at different wavelengths. This can be closely related to colour, e.g. a red LED looks red because it is emitting light with a wavelength of 650 nm. However, differences in light spectra can ...
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Microalgae Growth - Overview of Key Parameters
Growing microalgae can seem complicated because there are so many factors that need to be just right for a successful algae culture. In this article we are going to briefly explain some of these factors and why they are important. Microalgae are an evolutionarily diverse group of organisms that come in many colours and shapes. They are united by their small size (1 – 100 µm for ...
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Derisking Scale-Up
How to de-risk the scale-up process? We’ve all been there as a researcher or biotech professional. The strain of algae culture or microbes we are growing in our lab is thriving. It seems so straightforward and simple to culture, we believe we have it figured out. We easily create replicates in the lab at bench scale. We are now ready for the true test: scale-up time! Will this results we ...
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Photobioreactor (PBR) Features
Algae bioreactors (PBR) Features – Easy algae cultivation Traditional algal culture techniques are unreliable and labour & space-intensive. Our photobioreactors make algae growth simple by automating routine tasks. Algae grows incredibly dense in our PBRs’ custom-designed high surface area sealed tank and it stays clean as everything entering the PBr is sub-micron filtered. We ...
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Photobioreactors: Advantages & Disadvantages
What are open and closed algae culture systems? The two broadest methods of culturing algae at medium to large scale are split into two styles of system: open and closed photobioreactors (PBRs). A PBR is any device or system that supports the culture of photosynthetic organisms using light. There are photobioreactor advantages and disadvantages to both types systems depending on the goals you ...
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Interest in DOE Algae Biomass Program/BETO technologies diminishes because they have proven to not be scalable outside the lab in demonstration or pilot tests.
After over 10 years of attempts at collaboration between the DOE Algae Biomass Program/BETO, university algae researchers and commercial algae producers over highly advertised pay-to-play taxpayer funded technologies, NAA and its algaepreneurs have no further interest. Why? On information and belief, many of these hyped technologies have not been able to be proven outside the lab in demo and ...
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