From Pharma to Carbon Removal: Precision Crushing / Grinding / Pulverising / Mechanochemical Activation Technology for Sustainable, Scalable and High-Performance Engineering Applications

Grain or particle size is one of the most critical parameters in determining how materials perform — whether it’s how much CO₂ is captured, how fast it happens, or how effective and safe a pharmaceutical product will be. With our patented crushing, grinding, and pulverising technology, we can process materials to any desired grain or particle size — from coarse fragments to ultra-fine powders.
Mechanochemical activation uses mechanical energy to not only grind SCMs like fly ash, slag, or clays to finer particles, but also to fundamentally alter their structure. This results in:

• Greater surface area: More sites for chemical reactions.
• Crystal lattice defects & amorphous phases: Increased reactivity with water.
• Higher solubility: Faster hydration, quicker strength development.

The result: Your SCMs become highly reactive components that can efficiently replace Portland cement.

Our system is engineered for precision, scalability, and reliability. It allows for full control over natural grain structures or custom-designed particle dimensions, enabling tailored solutions for diverse industries including Pharmaceuticals, Enhanced Rock Weathering, Recycle and Waste Processing and Construction and Infrastructure.

What sets our technology apart is the combination of ultra-fine resolution, energy-efficient continuous operation, and exceptionally low mechanical wear. This not only guarantees consistent output and process stability, but also ensures full GMP compliance in pharmaceutical environments, a reduced environmental footprint in CO₂-related applications and carbon dioxide removal (CDR).

Whether you’re optimizing solubility and bioavailability in drug manufacturing or maximizing CO₂ uptake in mineral-based carbon capture storage (CCS) and removal (CCR), our technology delivers clean, cost-effective, and high-performance results — making it a vital asset for sustainable innovation across sectors.

Smarter Crushing Technology for Climate, Pharma and Circular Impact

At PFinnovation, we engineer advanced crushing, grinding, and pulverising solutions to support both climate-focused innovation and high-precision industries such as pharmaceuticals.

Our patented technology allows for exact control over grain and particle size — from coarse to ultra-fine — enabling material performance that meets the highest standards. Whether you’re optimizing drug solubility and dosing accuracy or accelerating CO₂ capture through enhanced rock weathering, we deliver a clean, energy-efficient and scalable process that meets your technical and sustainability goals.

Key advantages of our system:

Up to 80% less energy use compared to conventional systems
Minimal wear, reducing contamination risk and operational costs
GMP-compliant potential — precision and purity for pharmaceutical-grade output
Modular, scalable, and off-grid compatible, ideal for decentralized deployment
Proven with basalt, minerals, composites, and pharmaceutical raw materials
Tailored particle size control, essential for CO₂ uptake, solubility, and formulation precision

From carbon removal and circular reuse to drug development and fine powder processing, PFinnovation offers a reliable, sustainable, and high-performance crushing solution for the future.