Company Profile

Biopolimeric CompoundsResearch | Design | Production

Academic Spinoff of Roma Tre University

How it all

started

Bioware was created to promote

the results achieved by the research group of polymer

processing of the Department of

Engineering of the University of Roma Tre. The knowledge of the

research group was transfered to

Bioware and with the experience of

industrial partners and the support of the University of Roma Tre the

company soon started its activity in

the production of innovative

biopolimeric compounds.

The idea is to

transfer academic

results to industrial

processes

Design, implement, industrialize

materials, processes and

technological solutions in the field of

compostable and bio-based plastics

Core Business

"Replace traditional

plastics with

compostable plastic"

Our Vision

Staff & Research team

Prof. Massimiliano BarlettaChemistry Engineer

(Technical and Commercial Director)

Prof. Silvia VescoDoctor in Chemistry

R&D (specialist in plastic design and formulation)

Dr. Eng. Michela PuopoloMechanical Engineer

(Project Manager)

Dr. Elisa PizziDoctor in Chemistry

R&D (specialist in plastic design and formulation)

Eng. Clizia AversaMechanical Engineer

Project manager

Dr. Patrizia MorettiM.Sc. Chemistry

Lab Technician (materials design and formulation lab)

Dr. Valeria AdobbatoM.Sc. Economics

Financial manager

1500 m2 Polymer processing Lab500 m2 Materials design and formulation Lab

Alessandro CitranMechanical Engineer (Production manager)

Eleonora BlasettiMechanical Engineer

(Material certifications)

Alessandra PiselliManagement Engineer

R&D (lab technician)

Polymer

Processing Equipment

1500 m2 Lab:

EXTRUDERS:

Leistritz 27 mm Extruder

Haake 24 mm Extruder

Comac 40 mm Extruder

CAST EXTRUDER

Eurexma

THERMOFORMING

FormTech

BLOW EXTRUDER

Eurexma

INJECTION MOLDING PRESS

Hydraulic press 60 ton

Hybrid press 140 ton

Electric press 50 ton

INJECTION STRETCH BLOW MOLDING

Bioware Grades

AlmaBlend300 400 600 * 700

Injection Moulding Cast ExtrusionThermoforming

Blown Extrusion Injection BlowMoulding

* Developement grade

AlmaBlend 300 AlmaBlend 400 AlmaBlend 700

Biodegradable and compostable compound for injection molding. AlmaBlend 300 is suitable for high temperature applications and has a low viscosity.

Biodegradable and compostable compound for extrusion and thermoforming. AlmaBlend 400 is suitable for high temperature applications and has a high viscosity.

Biodegradable and compostable compound injection blow molding and extrusion blowing. AlmaBlend 700 is suitable for high temperature applications and has a high.

AlmaBlend VS

Conventional Plastics

Environment & Sustainability

AlmaBlend

Technology & Performances

✓ OXYGEN BARRIER

✓ THERMAL STABILITY

OTR (OXYGEN TRANSMISSION RATE)

OPPHDPE

HIGH TEMPERATURE STABILITY

PET

LOW TEMPERATURE STABILITY

✓ 100% COMPOSTABILITY

✓ 100% RENEWABLE SOURCES

AlmaBlend AlmaBlend

MICROWAVE APPLICATIONS

BELOW ZERO APPLICATIONS

Custom Requirements

Technology and processing

systems of bioplastic materials

Design of innovative materials

(reactive extrusion)

Customization of polymeric

materials and functionalization

of mineral filler

Additives and chemistry of

additives

Research Topics

Thanks to the support of the University research team all

formulations produced by Bioware may be customized to

achieve specific functional requirements such as:

► THERMAL STABILITY

► UV - VIS BARRIER

► COMPOSTABILITY

► BELOW ZERO APPLICATIONS

► OXYGEN BARRIER

Bioware Prototypes

ADDRESS

Via di Vannina 88 – 00156 ROMA

MAIL

info@biowaresrl.it

massimiliano.barletta@biowaresrl.it

Contact Details

VAT

14630291004

Administrative Data