EVKISH
PlaSolvo™ – EVIKSH’s cellulose-based material platform
PlaSolvo™ | FEEDSTOCK STRATEGY
Sustainable Feedstock
EVIKSH utilises renewable and waste-derived cellulose feedstocks to develop scalable material systems for industrial applications.
FEEDSTOCK ADVANTAGE
Designed Around Scalable Cellulose Sources
From the outset, EVIKSH prioritised scalability, material performance, and long-term sustainability in the development of PlaSolvo™. As a result, food-based feedstocks were not considered a viable pathway for industrial scale-up.
EVIKSH utilises diverse cellulose feedstocks, including agricultural residues, paper waste, timber by-products, and natural fibers, to support scalable and resilient material production.
By leveraging abundant renewable sources and avoiding competition with food systems, PlaSolvo™ is designed for cost efficiency, supply flexibility, and industrial scalability across multiple applications.
PROCESS DESIGN
Designed for Scalable Industrial Processing
PlaSolvo™ is developed through a simplified, non-toxic processing methodology designed for compatibility with industrial manufacturing environments.
Built on EVIKSH’s proprietary cellulose engineering platform, the process enables scalable production, material consistency and seamless integration into existing manufacturing systems across multiple applications.
PlaSolvo™ | ENGINEERED MATERIAL FORMATS
Material Configurations Across Packaging and Industrial Applications
The platform supports multiple cellulose-based material configurations developed for packaging and industrial application environments. Through formulation control and process adaptation, these material systems can be configured into flexible, rigid, coated, and specialty formats compatible with evolving manufacturing and sustainability requirements.
Surface & Coating Systems
Thin-film material layers designed for coating, encapsulation, and protective surface applications across packaging, produce and industrial materials.
Flexible Film Structure
Flexible cellulose-based material formats developed for lightweight packaging systems requiring adaptable structural and containment properties.
Rigid & Molded Formats
Multi-layered material configurations designed for rigid and semi-rigid applications including containers, formed structures and disposable product systems.
Specialty Optical Materials
Customisable reflective and surface-engineered material formats developed for aesthetic, decorative and specialty consumer applications.
PlaSolvo™ PLATFORM CAPABILITIES
Engineered for Performance and Responsible End-of-Life
PlaSolvo™ enables a versatile range of engineered material capabilities, balancing industrial performance with responsible end-of-life outcomes across diverse application environments.
Economic Scalability
Engineered for scalable manufacturing through abundant industrial-grade cellulose feedstocks, supporting cost-efficient production and supply chain resilience across applications.
Advanced Barrier Properties
Designed to deliver reliable chemical resistance and barrier performance for the containment and protection of liquid, gel-based, and semi-solid products across packaging and industrial applications.
Adaptive Physical Performance
Engineered across thin flexible, flexible mid-gauge, and rigid material formats to support diverse structural and functional application requirements.
Custom Material Engineering
Engineered for application-specific performance requirements across barrier behaviour, mechanical response, thermal stability and surface characteristics.
Industrial Processing Capability
Designed for integration with conventional and scalable industrial processing systems, supporting adoption without requiring fundamental changes to existing manufacturing infrastructure.
Industrial Heat Resistance
Engineered to maintain thermal and structural stability under demanding processing and end-use conditions across food packaging and industrial applications.
Circular Material Compatibility
Developed from structured renewable cellulose feedstocks and engineered for controlled biodegradation pathways, enabling application-specific degradation behaviour and compatibility with home-compostable and circular material system.
Advanced Visual & Surface Finish
Supports transparent, opaque, and engineered surface variations, enabling controlled visual appearance and application-specific aesthetic differentiation across product formats.
EVIKSH | THE ROAD AHEAD
Advancing Towards Industrial Deployment
EVIKSH is progressing from laboratory validation towards pilot-scale manufacturing and industrial integration of its cellulose-based material systems for packaging and industrial applications.
Current development is focused on refining progress pathways, optimising material preference and assessing compatibility within existing manufacturing environments.
Where We are Today
Laboratory-scale prototypes have validated core material behaviour across multiple cellulose-based configurations, demonstrating consistent performance across flexible, coated and rigid format pathways.
Work is ongoing to translate these results into scalable manufacturing conditions and repeatable production processes.
Near-Term Focus
The next stage is centered on pilot-scale manufacturing development and industrial collaboration.
This includes process scale-up, integration testing within partner environments, and validation of manufacturability across relevant application formats.
Long-Term Direction
The long-term objective is to enable scalable adoption of cellulose-based material systems as practical alternatives to conventional plastics across packaging and industrial applications.
Future development will focus on industrial deployment, manufacturing partnerships and integration into circular material value chains.
Building scalable material systems designed for industrial compatibility and responsible end-of-life pathways.
APPLICATION DEVELOPMENT
Explore PlaSolvo™ Applications
Discuss packaging, industrial and material development opportunities with the EVIKSH team.
Headquarter: Cambridge, UK