Technology

ALGIX technology is based on patent-pending technology for the conversion of algae into bioplastics.

Environment

Environmental Benefits of Algae-based Bioremediation and Bioplastics.

Opportunities

Financial, social, environmental opportunities with ALGIX.

Connections

ALGIX is connected with key academic and industry resources.

The ALGIX Vision

Our mission at ALGIX, LLC is to revolutionize Agribusiness using the power of algae. The ALGIX patent-pending technology can take nutrient-rich wastewater and convert it into protein-rich aquatic biomass suitable for sustainable bioplastic materials, including injection molded partsinjection molding applications. Through research collaboration with the University of Georgia and technical innovations licensed from Kimberly-Clark, we are currently in the process of developing new formulations and evaluating a variety of species of algae to produce novel bioplastic materials with a range of material properties.

plastic partsAbout us

Overview of Company and Philosophy.

PlasticsSupply Chain

Information about ALGENT Algae Technologies.

PlasticALGIX

Information about ALGIX, LLC and collaborating partners.

algixllcProduction Development

Information specifically for ALGANIX Bioplastic Formulations

In many sectors of plastics applications, it is the consumer who determines market success. Market research, particularly in the area of bio-packaging, has shown that bioplastics and conventional plastics are quite clearly differentiated. According to this research, consumers want to see more products made from bioplastics on the market.

During the Kassel Model Project in 2002, 600 citizens took part in in-depth interviews concerning their opinion of bioplastics and biodegradable packaging. Some conclusions of this survey (all results to be found at https://www.global-plastic-injection-molding.com/) were:

Nearly 90% stated that they found the idea of replacing conventional plastic packaging with compostable packaging “good” or even “very good”
80% of purchasers of plastic packaging assess its quality as good or very good
87% would purchase the products again – a very high proportion
Food products, and also cosmetics and hygiene products should be packaged in bioplastics
Ultimately a third of consumers, in any case, would be prepared to pay a premium.
These results are also supported by a study of consumers in four European countries, including Germany, undertaken by Grapentine Company in 2003. The study moreover concluded that both the retail shopping basket and the customer’s loyalty to the retailer increase when bioplastics products are on offer. New packaging improves both product image and the image of the manufacturers and suppliers. According to these results, bioplastics products represent an additional purchasing incentive. With regard to their competitiveness, bioplastics provide a point of differentiation in marketing – a very good starting point for differentiating products and brands.

Correct sorting when composting

Correct consumer behaviour also plays an important role in the disposal and recovery of bioplastics products. Corresponding labelling and education enable the consumer to distinguish correctly between compostable plastics and conventional ones, and to sort them following domestic use. The test project in Kassel involving 100,000 households scientifically proved that such a level of discrimination is possible when sorting waste. More than 60% of the products were disposed in the biowaste. The “misthrow” quota, ie. conventional plastics packaging deposited on the compost, did not increase during this period. The results are to be found at https://www.global-plastic-injection-molding.com/