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Molasses is used in numerous industrial applications, where both its binding and biological properties have been put to effective and innovative use
Molasses is a substrate for numerous industrial applications.
Thanks to its unique characteristics, it works effectively as a binding agent, a high-energy raw material and a source of vital nutrients
Yeast Production
Molasses is an excellent source of microbiological energy for yeast production. Cane molasses in particular has a significant biotin content, which yeast needs in order to grow.
Bioremediation
Bioremediation is an environmental clean-up technology that uses microorganisms to remove hazardous contaminants from soil and water. The process involves introducing new microorganisms to a site, or adapting existing environmental conditions to boost the naturally occurring microbial population.
Microbial Activity
A common example is the use of microbial activity to remove unwanted nitrogen-based mineral compounds, such as ammonia, nitrites and nitrates.
Molasses is a very important source of nourishment for these microorganisms, as it contains readily available energy in the form of sugars along with a variety of micronutrients essential for their survival.
Liquid Fertilisers
The nutrients present in molasses help promote healthy plant growth and improve levels of beneficial soil microorganisms.
When blended with other fertiliser solutions, it produces an effective and cost-efficient end product, offering growers an attractive alternative.
Cement Production
Molasses is used in cement production as a natural additive to improve concrete workability and regulate setting times.
Thanks to its sugars, it slows down cement hydration, making the material easier to work with and reducing dust formation.
Pharmaceutical
Molasses is primarily used as a nutrient substrate in fermentation processes that lead to the production of active pharmaceutical ingredients, such as antibiotics and other bioactive molecules.
It can also be used as an excipient in certain liquid formulations to improve the consistency and palatability of syrups and oral solutions.
Anaerobic Digestion
Anaerobic digestion is a process in which microorganisms break down biodegradable material in the absence of oxygen, producing biogas and digestate.
Biogas can be used to generate heat and electricity, while digestate can be used as a fertiliser. Molasses plays a role in this process as an energy source for the microorganisms, providing added sugars that stimulate and boost microbial activity.