Our company is developing a platform to produce next-generation ingredients in a sustainable, cost-effective, and scalable way. We are brewing fungi inside bioreactors to produce different ingredients. Starting with colorants, and more specifically a high-performing red colorant (the most used color in the food and cosmetic industry), we are also p

The technology provider employs synthetic biology solutions to manufacture unique molecules which serve a broad spectrum of markets ranging from green specialty chemicals, sweeteners, food ingredients, flavors & fragrances, to nutritional supplements and pharmaceuticals. Their proprietary technologies in metabolic engineering and bioconversion modu

This technology is an integrated manufacturing solution to produce plant-based biodegradable beads to replace plastic microbeads. Every year, more than 250,000 tons of plastic microbeads end up in our oceans. These plastic microbeads are used as abrasives in detergents, exfoliants in cosmetics, binders in paints and coatings, additives in lubricant

Bioscaffold, with potential to recreate structural and physical environment of a living tissue, are key components in bioprinting applications ranging from wound dressing with controlled release of medicine to tissue engineering/regenerative medicine/drug screening and cancer research. This technology involves a proprietary, faster, greener and eff

The need for controlled, sustained-release drug delivery systems has been recognized by the ophthalmic community and industry. Such systems aim to circumvent the problems of drug bioavailability, sustainability and feasibility of the system as well as reduce the effect of the single major cause of poor therapeutic response from poor patient complia

This innovation is a ground-breaking filter paper composed of 100% cellulose and capable of size-exclusion removal of all types of viruses, including the worst-case small size viruses, i.e. parvoviruses, from water with log10 removal factor > 5, i.e. > 99.999%. The innovative filter design consists of a unique stratified architecture of the filter

With the world population rapidly ageing, there will be a large number of elderly patients who are immunocompromised and more susceptible to infections, many times stemming from surgical site, burn, chronic wound, catheter insertion site or contact lens infections, among others. We have developed a novel, one-step crosslinking method to make durabl

The technology was developed from a plant waste material and inexpensive natural resource: g.Hylocereus which offers a cost effective solution for wastewater treatment. Conventional coagulants commonly employed are chemical-based, typically metal formulated (alum and PAC) which are cost effective but have sludge management issues and potential heal

In a conventional dispensing or printing nozzle, the distribution of a multiphase material (solid particles/cells suspended in liquid) is random. Thus, there is a limitation of additive manufacturing (AM) to precisely locate or focus micro-particles/cells in the printing structure. Focusing micro-particles in the 3D printed structure could potentia

The technology provider has developed a cutting edge solution for (1) food source assurance and (2) sanitation assurance: The technology consists of an edible, odorless, tasteless, invisible "barcodes" that are applied directly to the food during processing to ensure rapid, accurate traceability back to the source. This enables source verification

400 million tons of plastics are being produced per year. The majority of it is not recycled, but burned, processed into low-grade plastics or ends up in the environment, where it can take centuries to degrade, accumulate in the food chain and poses an immense concern. To address these issues, standardized and rapid enzyme based tests for the inves

Polyhydroxyalkanoates (PHA) have become very popular as they are bio-based, bio-degradable natural polymers which are UV-stable, able to withstand higher temperatures, showing good resistance to moisture and providing a good barrier for aroma compounds, making them an ideal packaging material. In addition, they can also be used for high value appli

A highly-effective composite sorbent that removes heavy metals from drinking water such as arsenic, antimony, chromium, cadmium and lead has been developed by the technology provider due rising demand for cost effective heavy metal removal from various water sources. These, along with waste products from various industrial productions, are some of

(Khoáng chất sinh học xử lý nước thải và loại bỏ mùi hôi) The innovative bio-material is a mixture of naturally-occurring organo minerals that significantly stimulate growth of the indigenous aerobic microorganisms in wastewater and boost the removal rate of organic pollutants. The application of organo mineral by powder dispersion can significantl