Composites · Reinforcements · Nonwovens · Resins · Polymers
From Technology to Market Reality
I help companies align material, process and application, so that new technologies become products that perform, last and can be recycled, and that succeed in the market.
The challenge
Technically sound is not the same as market-ready.
Many promising materials and products stall not because the technology fails, but because the pieces do not fit: a material that cannot be processed economically, a product designed around the wrong material, a recycling route without a buyer, a business case that does not close.
On top of that, energy costs, regulation, grid congestion, scarce skills and selective capital leave less room for error. Projects stall when several of these constraints apply at the same time.
The question that matters: does it work within real-world constraints, or only on slides?
The approach
Material, application, process — engineered as one.
Intrinsic material properties only become value through the application and the process. The application design decides how materials are combined: in which form, architecture and proportions. The process decides whether the required properties are actually achieved, turning raw materials into applications, and applications back into raw materials through recycling. Together, the three determine the value a product creates in the market and what it costs, including capital and end of life. Change one, and the others change with it. That is why I work across all three.
Material
Intrinsic properties of resins, polymers, fibres and reinforcements: strength, stiffness, density, durability, resistance, recyclability.
Application & design
What the product must deliver, and how materials are combined to deliver it: form, architecture, proportions, geometry.
Process
How the required properties are achieved: from raw materials to the application, and back through recycling.
One fibre, three products
The same glass fibre performs very differently as a nonwoven mat, a woven fabric or a filament-wound pipe.
One choice, many effects
Choosing a core material affects weight, resin consumption and cycle time at the same time.
New process, new design space
Robotic winding and automated fibre placement make new shapes possible, but they only pay off when the design makes use of them.
Applications
Where materials make the difference.
Six sectors, with a special focus on energy.
The most sustainable material is the one that lasts, used no more than necessary.
- The right material in the right place, without over-engineering
- Designed for service life: resistance to water, corrosion, fatigue and ageing
- Less material for the same performance
- Secure, qualified supply of critical components
- End of life considered from the design stage
Energy
Infrastructure built to perform for decades.
Mobility & transport
Lighter vehicles with more range per kilo.
Aerospace
High-performance composite structures, where weight, reliability and certification set the standard.
Marine
Boats and ships that last longer and need less repair.
Construction & industry
Durable, low-maintenance materials for buildings and industrial equipment.
Sports & leisure
High-performance, lightweight products.
Special focus · Energy
Energy infrastructure, built for decades.
Wind turbines, pipes, pressure vessels and power cables must perform for decades, often offshore, underground, under water or under pressure. Grid expansion, renewable generation, hydrogen and the drive for energy security make each material choice more critical.
Wind energy
Blades, nacelle housings for the gearbox and drive train, and spinners, including their end of life.
Pipes
Corrosion-resistant composite and polymer pipes for water, oil, gas and hydrogen.
Pressure vessels
Composite vessels, including for hydrogen storage and transport.
Power cables
Polymer insulation and jackets, water-blocking and semi-conductive tapes and yarns, and composite rods and cores that keep cables from sagging.
Circularity
Closing the loop on polymers and composites.
Why it's needed
- Waste volumes from wind blades, boats, pipes, vehicles and packaging are growing.
- Landfill is increasingly restricted, and requirements for recycled content are rising.
- Virgin materials come with a carbon footprint and supply risk.
- Customers and investors expect a credible end-of-life solution.
How it succeeds
In circularity, technical feasibility is often not the main bottleneck; economics are. Recycling succeeds when the whole chain fits together:
- Input of known, stable quality, in sufficient volume and at the right price
- Efficient operations, location and logistics
- Recyclate properties matched to a real application, design and process
- Shared specifications and committed buyers
- Products designed for recycling from the start
Do not only ask "can it be recycled?" Also ask "can the whole chain collect, sort, process and sell it every year, at volume?"
Post-consumer polymers
Upgrading collected plastics into compounds that meet customer specifications.
Thermoplastic composites
Recycling production offcuts and end-of-life parts into new compounds and moulded products.
Thermoset composites
Recovering ground material and fibres for reuse in new semi-finished products.
Experience on both sides of the loop: developing products from recycled materials, and selling recycled plastics to manufacturers.
How I work
Systems thinking and data, grounded in the business case.
Systems-based
I look at material, application and process together, and at how they shape value and cost across the whole chain, from raw material to end of life.
Data-informed
Trade-offs are based on test data, production data and market evidence rather than assumptions. AI tools speed up technology, patent and market scans; experience makes the decisions.
Business-case discipline
Every technical choice is tested against cost, market and capital, with a go/no-go decision between steps.
Scaled to the project
I lead each engagement personally. For larger projects, I bring in trusted partners — independent specialists, laboratories and test facilities — so the team matches the scope.
Services
Ways to work together.
For every player in the value chain: raw material producers, converters and semi-finished product makers, OEMs and product developers, asset owners, recyclers and investors. Engagements can be project-based, ongoing as an advisor, or hands-on as an interim manager. I also welcome collaboration with fellow specialists, laboratories and research institutes.
Development & optimisation
Support in developing and optimising materials, products and processes, from concept to qualified product.
Product management & application development
Portfolio strategy, roadmaps and product launches: the right products for the right applications.
Sales & business development support
Market analysis, market entry, positioning and pricing, and building the customer and partner base.
Circularity & recycling projects
From waste stream to a recycled product with a buyer, including support with R&D funding applications.
Technology & investment assessment
Independent technical and commercial evaluation and due diligence for companies and investors.
Interim management
Hands-on interim roles in product management, technology, operations or business development, to bridge a gap or lead a change.
Selected work
Recent and ongoing work
Independent assessment of a new foam technology to support an investment decision: applications screened and ranked, routes to market and regulatory landscape
Commercial and technical development of semi-finished composite materials for panels used in commercial vehicles
Development of semi-finished products from recycled thermoset composite flakes
Commercial and technical development of a recycling route for mixed thermoplastic composite waste
Global market development for manufacturers of nonwovens for composite and cable applications
About
Twenty years across the whole value chain.
I'm Ali Khani, founder of AKcelerise. I have worked with different players in the value chain, and in different roles within them, including leading teams in product management and operations. For clients, that means I understand the people around the table, from R&D and production to sales, purchasing and investors, and can connect their perspectives to find where the pieces fit.
Start a conversation
Have a materials, application or recycling challenge?
Tell me what you are trying to achieve. A short, no-obligation conversation is usually enough to see whether I can add value, now or later. I am also always happy to connect with potential partners and peers in the field.