Research and Development
A Catalyst for Progress and Prosperity
QAPCO has a long history of collaboration with the innovation eco-system in the State of Qatar. Over the last ten to fifteen years, QAPCO has demonstrated that strong collaboration in Research & Innovation (R&I) is a win-win for all those involved. As Qatar’s innovation eco-system grew and matured, QAPCO’s R&I journey also evolved to become a strong industrial contributor to the ambitious goals of the State of Qatar. QAPCO became a trusted industrial partner to academia and research institutes to partner on R&I activities aimed at benefiting the community and society at large.
Innovation creates value for QAPCO and our stakeholders by putting us at the forefront of our industry and improving the way we understand, manufacture, and use our products. Polymer science is a new field that continues to evolve as the chemical and physical properties of polymers like LDPE and LLDPE are engineered to achieve never before seen results.
Through our 16 strategic partnerships with Qatari schools and universities, we are supporting the development of a new field of research and expertise in polymer science in polymer science and STEM initiatives that creates a strong economic and academic contribution to Qatar.
TAMU
A collaboration between QAPCO and TAMUQ to develop value-added asphalt using local materials and recycled plastics, meeting Qatar’s road specifications while reducing carbon footprint. The project produced a 100% Qatari product, paved 260 m of road, and earned multiple patents and national recognition for sustainable infrastructure innovation.
Polyolefin-Based Energy-Saving Materials for Bioclimatic Buildings (2014)
Jointly developed by QAPCO and QU, this project created innovative polymer materials that absorb solar energy and regulate indoor temperature, contributing to energy-efficient buildings. It led to patented LLDPE-based panels, energy savings, and international sustainability awards.
Greenhouses for Qatari Climate – GREN³SPCM (2021 +)
Building on earlier research, QAPCO and QU developed low-energy greenhouses using LDPE phase-change materials to support sustainable agriculture and food security. The project achieved notable energy savings, environmental impact, and a QNRF research grant.
Oil–Water Separation Membranes Research (QAPCO–QU–ConocoPhillips)
A three-party collaboration developing polymer-based filtration materials from local resources to separate oil and water efficiently. The project enhances environmental cleanup methods, student engagement, and sustainability in the energy sector.
Nanotechnology R&D Initiative (2012)
One of QAPCO’s earliest academic collaborations with QU Center for Advanced Materials, exploring polymer nanocomposites using graphene and recycled date palm fibers. The project advanced green construction materials and earned a QNRF research award.
Smart Manufacturing & 3D Printing Monofilaments from PE and Recycled Plastic (2022 +)
A QAPCO–TAMU initiative creating 3D printing filaments from locally produced and recycled plastics. The project advances circular economy goals, establishes a filament extrusion lab, and enhances STEM education and sustainability in Qatar.
Synthesis of Sustainable Polymers via Olefin Metathesis (2014)
In collaboration with Nobel Laureate Professor Grubbs and TAMUQ, this project utilized metathesis chemistry to convert petrochemical byproducts into recyclable, green polymers. It promoted sustainable chemistry and innovation in renewable .
Process Safety Research (2013 +)
Through the MKOPSC partnership at HBKU, QAPCO pioneers research and education in process safety for Qatar’s oil, gas, and petrochemical industries. The program strengthens technical knowledge, produces scientific studies, and develops specialized local expertise.
Plastics Recycling Technology Innovation: Opening the Way for Qatar (2023 +)
An open-innovation program addressing Qatar’s plastic waste challenge by developing advanced recycling technologies and circular polymer applications. It promotes student-led research, waste-to-value mapping, and supports national environmental goals.