Our Technologies

BIOTECHNOLOGY HYDAL
Changing the Market with Bioplastics

Biotechnology Hydal is unique technology which process used cooking oil into PHB type of bioplastics. PHB is subgroup of PHA bioplastics and is well known for its high quality properties, as well it’s good biodegradability. Currently, biotechnology Hydal is only available technology in the world for the mass production which can convert waste into PHB bioplastics.

Our technology address two major challenges: how to recycle cost effectively used cooking oil and how to provide cheap feedstock for the bioplastic production.

Our kind of bioplastics is made from toxic waste and unlike other types of biodegradable bioplastics does not require agricultural feedstock, such as corn, potato, sugar cane or sugar beet. Currently, there is greater demand then is supply for bioplastics, however due to cost of agricultural feedstock, decline of agricultural land and water scarcity, large increase in production of bioplastics from agricultural feedstock might come along with high ecological and production costs.

On the other hand, large agglomerations and densely populated areas consume large quantities of cooking oil every day. Used cooking oil is toxic waste and in many countries, must be collected and then expensively processed to low efficient biofuel or is costly recycled.

Hydal brings solution not only for recycling of used cooking oil but also in finding a cheap feedstock which doesn’t increase exploitation of natural capital for production of bioplastics. Our concept of processing toxic waste into eco- friendly bioplastics goes along with development vision of 21st century of Zero Waste Management and Circular Economy.

About NANOILEN Technology

None of the existing bio-polymer producers is able to blend 100% bio-based composition without high proportion of fossil based polymers in order to reach acceptable mechanical and physical properties and material bio-degradability at the same time.

Nonoilen is not only 100% bio based but also 100% biodegradable due to majority of PHA in its compositions. By adding PLA, which is also bio-polymer, we are able to adapt biodegradation process according to various climate and weather conditions. Thanks to availability of high quality and good priced Hydal PHA, we are able offer 100% bio-based and 100% bio-degradable blends.