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R&D Through AI

Past generations could not have imagined the possibilities technology would fetch – Innovation in hatchery nutrition connects efficiency and sustainability to deliver more profitable crops and safer seafood production.

at Molofeed

we prioritize investing in the development of solutions for hatcheries worldwide, as they are the foundations of the aquaculture industry. Providing information, sharing expertise, and measuring performance are part of our commitment to elevate the industry so we all can keep up with the evolving challenges in the industry.

inefficiencies

represent the highest cost to fish farmers. Therefore, improving the quality of offspring stocked in aquaculture farms is crucial; only the hatcheries can control offspring quality. However, to take control of quality, the hatcheries need information, knowledge, and practical solutions. That is what we do - Through research, Molofeed develops innovations and supports hatcheries on implementation to improve the quality of offspring and make the work in hatcheries easier, consistent, and reliable while also being more efficient and profitable.

our patented

microencapsulation technology is an entirely new way of protecting water-soluble and sensitive nutrients. As a result, it offers a wide range of applications to unleash significant changes in the hatchery process that will impact the aquaculture industry bottom up. Get in touch with us to learn more.

Research &
Development

Our R&D efforts are keenly focused on applying the insights gained from our research to develop formulations and prototypes for commercial use by constructing a sustainable reality that can transform the meaning of vertical sustainability.

The tool for
construction is

technology.

The hands
that will use
these tools to
build are our

R&D.

The design of
the work that
guides what
will be built is

innovation.

The finished
construction
is our product.
The work is

Molo.

The tool for
construction is

technology.

The hands
that will use
these tools to
build are our

R&D.

The design of
the work that
guides what
will be built is

innovation.

The finished
construction
is our product.
The work is

Molo.

We are committed to technological advancement, analyzing the results to promote leverage in aquaculture performance in product and species performance, and seeking equity between quality, productivity, profitability, and efficiency.

To sustain these efforts and generate the most highly efficient results, it is imperative that employees are experienced, prepared, and committed. To ensure cooperation between employees and management, Molofeed has carefully prepared instructions for the selection of machines and equipment.

Studies from research experiments provide valuable information to develop a methodology capable of replicating cultivation conditions with parameterized reliability in natural conditions. The more repetitions within the same scenario, the greater the chances of evolution. This works to increase the traceability of information generated and reduce errors, consequently resulting in a more reliable statistic.

This research is directed toward developing potential alternative ingredients that keep the main properties of a potentially scarce item and generate similar or improved results that perform without dependence on a single substance or feedstock.

Through suitable methods of experimentation and repetitions on a laboratory scale, the research directs faster answers to assertions in the search for innovative alternatives for potential commercial use. Results are evaluated using statistical resources to assist in the conclusions based on the information obtained. A report is then generated and disseminated via a scientific journal, technical bulletin, or internal communications.

Dedication Feeding Innovation

Molofeed has developed a unique patented microencapsulation technology that ensures each particle retains all original water-soluble nutrients. By creating a microcapsule that allows any liquid recipe to be mixed and enclosed in a solid capsule, and stay in suspension until ingested by the animal, nutrient leaching is prevented, hatchery output is optimized, the need for antibiotics is reduced, and the tiniest animals get the sustenance they need.

This breakthrough technology not only promises to have a significant impact on hatchery productivity through the betterment of water quality, reduced microbe proliferation, and increased nutrient uptake by the animals, but these alternative protein sources are part of a growing circular economy.

Though great strides in sustainable aquaculture are being made, there is still much to learn. By embracing and investing in AI, our goal is to continually improve the R&D methods that will enable us to produce alternative feeds for the marine life necessary to feed a growing world population and keep costs at bay while reducing aquaculture’s environmental footprint.

Dedication Feeding Innovation

Molofeed has developed a unique patented microencapsulation technology that ensures each particle retains all original water-soluble nutrients. By creating a microcapsule that allows any liquid recipe to be mixed and enclosed in a solid capsule, and stay in suspension until ingested by the animal, nutrient leaching is prevented, hatchery output is optimized, the need for antibiotics is reduced, and the tiniest animals get the sustenance they need.

This breakthrough technology not only promises to have a significant impact on hatchery productivity through the betterment of water quality, reduced microbe proliferation, and increased nutrient uptake by the animals, but these alternative protein sources are part of a growing circular economy.

Though great strides in sustainable aquaculture are being made, there is still much to learn. By embracing and investing in AI, our goal is to continually improve the R&D methods that will enable us to produce alternative feeds for the marine life necessary to feed a growing world population and keep costs at bay while reducing aquaculture’s environmental footprint.

Based on demand or question, the research is directed towards the search for a possible alternative ingredient, keeping the main properties of the item in potential scarcity, generating similar or improved results to perform innovatively without dependence on a single substance or feedstock.

Experimental tests are carried out in the execution, focusing on portfolio improvement, management techniques, technological absorption, and alignment of demand for environmental responsibility.

Through suitable methods of experimentation and repetitions on a laboratory scale, the research directs faster answers to assertions in the search for innovative alternatives in the development of products that can guarantee the success of the formulation in the commercial use of the diet.

The results are evaluated using statistical resources to assist in the conclusions based on the information obtained. Finally, the production of the report with its dissemination either in a scientific journal, technical bulletin, or internally to compose the research scenario.

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