Unlocking the Vast Chemicals Space
New Materials with Feras
Important Tools
Google DeepMind: GNoME
What it is: A database of 2.2 million new stable crystals discovered by AI.
How to use it: Access via their Interactive Colab notebooks. You can browse “Chemical Families” to see what new, stable materials exist that have never been physically synthesized.
Microsoft Research: MatterGen
What it is: A generative “diffusion” model that acts like a designer.
How to use it: Available via Azure AI Foundry. Instead of searching a list, you “prompt” it with property constraints (e.g., “Design a crystal with high magnetic density and low supply-chain risk”).
Access Platform
Energy Storage & Conversion
Lithium Iron Phosphate (LFP) Cathodes represent the dominant choice for cost-effective energy storage in 2026
Lithium Iron Phosphate (LiFePO4)
Manufacturing Opportunity: As the foundational chemistry is now in the public domain, the current opportunity lies in scaling localized production outside of Asia and advancing Dry Electrode Coating methods to further reduce capital expenditure and energy consumption.
Grid-Scale Dominance: Beyond EVs, LFP is the undisputed leader for Stationary Energy Storage Systems (BESS) due to its 10,000+ cycle life and superior thermal stability compared to nickel-based chemistries.
Manufacturing instructions and Feasibility – Manufacturing Plant in Jordan
Feras Naser (Team Lead)
Dye-Sensitized Solar Cell (DSSC) Dyes
The Dye-Sensitized Solar Cell (DSSC) utilizes a biomimetic process where titanium dioxide is sensitized with dyes like N719 to harvest energy, a core technology that has recently entered the public domain following the expiration of foundational Grätzel Cell patents.
The global market for these cells is rapidly expanding toward a multi-billion dollar (1-1.5 Billion Dollars) valuation, driven by the specialized demand for indoor energy harvesting in IoT devices and the aesthetic integration of power-generating smart windows.
TBC
Feras Naser (Team Lead)
Kesterite CZTS solar cells
Kesterite CZTS solar cells utilize non-toxic, Earth-abundant materials to provide a sustainable thin-film alternative, with foundational synthesis patents expiring in 2026 just as new simulations push theoretical efficiencies toward 33%.
The global thin-film market is expected to reach nearly 17 billion dollars in 2026, offering a massive commercial gateway for CZTS technology as the world shifts toward high-performance, environmentally friendly energy solutions.
Jordan is strategically positioned to lead in CZTS precursor production by pivoting its established mining and chemical sectors to process local copper and sulfur, avoiding the high costs and toxic regulations of traditional solar manufacturing
Feras Naser (Team Lead)
Antimony Selenide (Sb2Se3)
Antimony Selenide Sb2Se3 is a non-toxic, single-phase solar material with a unique 1D structure that minimizes energy loss, making it a stable and accessible alternative to complex, multi-layered photovoltaics.
The global thin-film market is valued at over 17 billion in 2026, providing a massive opportunity for Sb2Se3 as industries shift toward sustainable, Earth-abundant solar technologies.
Jordan can simplify its solar manufacturing path by scaling this single-phase material, which is easier to produce and meets all EU environmental compliance standards for high-value export.
Feras Naser (Team Lead)
Fischer-Tropsch (FT) catalysts
Fischer-Tropsch (FT) catalysts utilize public-domain cobalt and iron formulations to convert syngas into liquid fuels, serving as the essential technology for the rapidly growing “Sustainable Aviation Fuel” and synthetic diesel sectors.
The Fischer-Tropsch catalyst market is valued at $4.2 billion in 2026, acting as a key gatekeeper for the Sustainable Aviation Fuel (SAF) market which is projected to reach between $3.55 billion and $5.75 billion in 2026.
Jordan is ideally suited for catalyst manufacturing because the metal-impregnation and calcination processes align with its existing industrial capabilities, supporting the creation of a localized green energy corridor.
Feras Naser (Team Lead)
Hydrodesulfurization (HDS) catalysts
Hydrodesulfurization (HDS) catalysts utilize well-established, public-domain CoMo and NiMo formulations to remove sulfur from petroleum, a critical technology now being refined through machine learning and rejuvenation techniques to meet ultra-low emission standards.
The global HDS catalyst market is valued at $3.37 billion in 2026 and is forecast to grow to $5.28 billion by 2034, driven by a 6.4% growth surge in the Middle East as the region aligns with global sulfur-reduction mandates.
Jordan is uniquely positioned for immediate market entry by leveraging its refining infrastructure to produce these catalysts locally, ensuring energy security and the ability to export “clean” fuels to strictly regulated international markets.
Feras Naser (Team Lead)
Advanced Porous Materials (MOFs, COFs, Zeolites)
Water-Harvesting MOFs (Critical for Jordan)
Water-harvesting MOFs like MOF-303 enable the passive extraction of potable water from desert air, with foundational synthesis patents now in the public domain as research shifts toward high-efficiency silver-doped variants.
The global atmospheric water generator market is valued at $3.1 billion in 2026, while the specialized MOF market is growing at a rapid 22.4% annually as the world seeks decentralized, climate-adaptive water solutions.
Jordan is uniquely suited for MOF manufacturing because the production process is environmentally friendly and water-based, offering a scalable solution to the nation’s extreme water scarcity while supporting off-grid independence.
Feras Naser (Team Lead)
Imine-linked COFs
Imine-linked COFs provide a stable and highly crystalline framework for advanced material design, with foundational synthesis methods now increasingly accessible through green, low-temperature production pathways.
The global COF market is valued at $320 million in 2026 and is projected to reach $3.54 billion by 2035, with imine-based chemistries leading the sector as the primary choice for industrial-scale deployment.
Jordan can leverage its existing chemical and pharmaceutical infrastructure to manufacture these versatile materials for high-demand applications like water purification and carbon capture, bypassing the need for toxic industrial solvents.
Feras Naser (Team Lead)
Zeolitic Imidazole Frameworks (ZIFs)
Zeolitic Imidazole Frameworks (ZIFs) combine the extreme stability of zeolites with high porosity, and the foundational patents for ZIF-8 and ZIF-67 have now entered the public domain for large-scale industrial use.
The global MOF market is valued at $1.15 billion in 2026 and is accelerating at a 22.3% annual growth rate, with ZIFs leading the industry as the most stable and cost-effective material for multi-billion dollar environmental applications.
Jordan can efficiently produce ZIFs using room-temperature, green synthesis methods that leverage its existing chemical infrastructure to address critical regional needs in water purification and gas separation.
Feras Naser (Team Lead)
Electronic & Quantum Targets
Intermetallic Superconductors
Magnesium Diboride (MgB2)
Magnesium Diboride (MgB2) is a metallic superconductor with foundational patents now in the public domain, offering an open-access manufacturing path that operates perfectly at liquid hydrogen temperatures (20 K).
The global magnesium diboride powder market is valued at $44.7 million in 2026 and is projected to reach $118 million by 2035, while the broader superconducting materials market is estimated at $10.64 billion in 2026.
Jordan can utilize its existing metalworking capacity to produce superconducting wires for the Economic Corridor, enabling high-efficiency motors for hydrogen-powered locomotives and advanced power grid protection.
Feras Naser (Team Lead)
Structural & Environmental Materials
Hydrogen Embrittlement Resistant Steels
Hydrogen embrittlement resistant steels utilize public-domain micro-alloying and annealing techniques to prevent catastrophic structural failure in hydrogen-rich environments, serving as a critical safety standard for 2026 energy infrastructure.
The global hydrogen pipeline market is valued at $5.31 billion in 2026 and is accelerating at a 37.5% annual growth rate, offering a massive commercial gateway within the broader $226 billion hydrogen economy.
Jordan is strategically positioned to manufacture these specialized pipes and valves locally, supporting the Aqaba Green Hydrogen Hub and the Economic Corridor while bypassing expensive international supply chains.
Feras Naser (Team Lead)
Lightweight Magnesium Alloys (Automotive/Railway)
Lightweight magnesium alloys like AZ91 and AM60 provide the highest strength-to-weight ratio of any structural metal, with foundational and advanced BMG patents now largely in the public domain as of 2026.
The global magnesium alloys market is valued at $6.27 billion in 2026 and is projected to reach $16.13 billion by 2035, with the automotive-specific segment alone valued at $13.31 billion in 2026.
Jordan can leverage its established die-casting industry to manufacture lightweight automotive and railway components for the Economic Corridor, positioning itself as a strategic exporter for the global vehicle range-extension market.
Feras Naser (Team Lead)
Geopolymers (Low-Carbon Concrete)
Geopolymers utilize public-domain chemistry to create cement-free, high-strength binders from aluminosilicate materials, offering a low-carbon alternative that reduces construction $CO_2$ emissions by up to 80%.
The global geopolymer market is valued at $19.55 billion in 2026 and is projected to reach $51.69 billion by 2030, reflecting a massive 27.9% annual growth rate driven by international net-zero mandates.
Jordan can lead the region in the circular economy by converting its vast clay reserves and industrial waste into durable, fire-resistant concrete for the Shafa Badran City and the Economic Corridor’s infrastructure.
Feras Naser (Team Lead)
Geopolymers (Low-Carbon Concrete)
Geopolymers utilize public-domain chemistry to create cement-free, high-strength binders from aluminosilicate materials, offering a low-carbon alternative that reduces construction $CO_2$ emissions by up to 80%.
The global geopolymer market is valued at $19.55 billion in 2026 and is projected to reach $51.69 billion by 2030, reflecting a massive 27.9% annual growth rate driven by international net-zero mandates.
Jordan can lead the region in the circular economy by converting its vast clay reserves and industrial waste into durable, fire-resistant concrete for the Shafa Badran City and the Economic Corridor’s infrastructure.
Feras Naser (Team Lead)
Biomaterials & Soft Matter
Biocompatible Implants (Titanium & Tantalum Lattice)
3D-printed biocompatible implants utilize complex lattice structures to enhance bone integration, with core patents for porous tantalum expiring in late 2026 to allow for open-access manufacturing of personalized medical solutions.
The 3D-printed medical implants market is valued at $3.15 billion in 2026, while the broader bio-implants and dental biomaterials sectors are projected to reach a combined valuation exceeding $170 billion in the same year.
Jordan can leverage its surgical expertise and Dead Sea magnesium resources to manufacture custom implants and bio-reabsorbable stents locally, reducing regional lead times and eliminating the need for secondary removal surgeries.
Feras Naser (Team Lead)
Soft Matter & Nanotech
Pickering Emulsions
Pickering emulsions utilize public-domain particle stabilization to replace synthetic surfactants, offering a non-toxic and mechanically superior delivery system for modern food, cosmetic, and agricultural products.
The global emulsifiers market is valued at $10.14 billion in 2026, while the specialized Pickering-based agricultural sector alone accounts for $1.35 billion, growing at a rapid 8.9% annual rate.
Jordan can leverage its extensive natural clay and mineral deposits to manufacture these stabilizers locally, enabling the production of “clean label” exports that satisfy the global demand for sustainable and organic chemical solutions.
Feras Naser (Team Lead)
Silica Aerogels (Infrastructure & EVs)
Silica aerogels are the world’s premier thermal insulators, with foundational supercritical drying patents now largely in the public domain as manufacturing shifts toward cost-effective ambient pressure drying (APD) methods.
The global silica aerogel market is valued at $1.6 billion in 2026 and is projected to reach $3.1 billion by 2035, with the specialized EV battery insulation segment growing at an explosive 25% annual rate.
Jordan can utilize its chemical industrial base to manufacture aerogel insulation for the Economic Corridor and regional construction, providing critical fire barriers for the booming EV market and high-performance energy-efficient building solutions.
Feras Naser (Team Lead)