Flour Yield · GreenFi by Insela UAB
Building GreenFi
from the ground up.
Flour Yield connects regenerative agriculture, basalt remineralisation and Enhanced Rock Weathering with structured environmental data, specialist partners and digital utility — starting with real projects in the field.
Regenerative Agriculture
Basalt Remineralisation
Enhanced Rock Weathering
GreenFi
FYT Utility
Healthier soils through natural mineral inputs.
Carbon removal only where science can measure it.
Digital utility built around real economic activity.
Our Direction
From token project to operating GreenFi.
Flour Yield began with an important foundation: the Flour Yield Token (FYT), issued and administered by Insela UAB as a MiCA Title II crypto-asset for ecosystem utility.
The next stage is broader. Insela is developing an operating GreenFi model around real regenerative projects, basalt remineralisation and Enhanced Rock Weathering.
Enhanced Rock Weathering — ERW — is central to this direction. Suitable silicate rock such as basalt can potentially support two complementary objectives: returning minerals to agricultural soils and, under appropriate conditions, accelerating natural weathering processes that remove atmospheric CO₂.
Our role is to build the project infrastructure around these activities: field design, material readiness, baseline planning, specialist coordination, evidence capture and preparation for qualified scientific and MRV partners.
The long-term ambition is clear: real projects create measurable environmental activity; scientifically credible ERW can create economic activity; and FYT provides the digital utility layer around the growing ecosystem.
What We Are Building
Three pillars. One GreenFi ecosystem.
Flour Yield is built around the interaction of regenerative agriculture, basalt and Enhanced Rock Weathering. These elements are connected, but their outcomes must be evaluated independently and on evidence.
PILLAR 01
Regenerative Agriculture
Field projects focused on healthier soils, resilient cultivation, natural inputs and agricultural systems capable of improving long-term soil function.
PILLAR 02
Basalt Remineralisation
Carefully characterised basalt can return mineral components to agricultural soils and form part of a broader regenerative soil-management strategy.
PILLAR 03
Enhanced Rock Weathering
ERW is the climate dimension of the model: investigating whether suitable basalt, applied under appropriate field conditions and monitored with credible methods, can generate measurable and durable CO₂ removal.
The Operating Model
Two capabilities turn the idea into real projects.
Insela does not need to become a laboratory, carbon-credit verifier or scientific institute. It needs to build the project-development and data infrastructure that allows specialists to perform those functions credibly.
CAPABILITY 01
Regenerative & ERW Field Project Development
Structuring and coordinating field projects that combine regenerative agriculture, remineralisation and potential Enhanced Rock Weathering.
- Project scope and parcel design
- Control and treatment structure
- Basalt material and deployment requirements
- Remineralisation and ERW application planning
- Budgets, milestones and logistics
- Specialist and partner coordination
- Implementation documentation
CAPABILITY 02
ERW Data & Impact-Readiness Coordination
Building the structured evidence base required to evaluate agronomic effects and prepare potential ERW outcomes for qualified scientific and MRV assessment.
- Baseline and sampling requirements
- Basalt batch and mineralogical documentation
- Particle-size and material-quality records
- Application and field records
- Soil and weathering observations
- ERW monitoring and MRV-readiness
- Impact-readiness reporting
Our First Reference Project
One field. Two dimensions.
The proposed first reference project is the TarCasso Longevity Field in Cassacco, Friuli, Italy.
The pilot is designed around both dimensions of the basalt strategy: soil remineralisation as an agricultural objective and Enhanced Rock Weathering as a potential carbon-removal pathway.
The field provides a defined setting in which parcels, controls, baseline conditions, basalt batches, application protocols and observations can be documented systematically.
This creates the first practical environment in which Insela can build and test a repeatable regenerative and ERW project framework.
Development Phase
TarCasso Field · Cassacco, Italy
Remineralisation + ERW Pilot
A real-world regenerative field project designed to examine agronomic soil effects while building the baseline and documentation required to assess potential Enhanced Rock Weathering.
2.1 ha
Defined field area
10
Planned parcels
Soil
Remineralisation
ERW
MRV readiness
ERW is a project objective, not a pre-determined result.
The pilot does not assume or guarantee carbon removal.
Any quantified CO₂ removal requires appropriate material
characterisation, baseline design, monitoring and
qualified scientific or MRV assessment.
Why Basalt Matters
The bridge between soil and climate.
Basalt sits at the centre of the Flour Yield concept because it creates the possibility of combining agricultural value with scientifically measurable climate value.
Agricultural Dimension
Soil Remineralisation
Suitable basalt contains naturally occurring minerals that can form part of regenerative soil-management strategies. The objective is to understand how these mineral inputs interact with soil conditions, crops and long-term soil function.
Climate Dimension
Enhanced Rock Weathering
The same silicate weathering processes may bind atmospheric CO₂ over time. Flour Yield therefore treats ERW as a measurable environmental pathway that must be developed together with appropriate science, monitoring and verification.
The Long-Term ERW Opportunity
From basalt application to measurable environmental value.
ERW becomes economically relevant only when physical field activity can be converted into credible, measurable and independently assessable environmental results.
01
Basalt
Characterised mineral material with traceable origin and batch data.
02
Field Application
Controlled deployment within defined agricultural project protocols.
03
Monitoring
Baselines, sampling, field observations and documented application data.
04
MRV
Qualified scientific measurement, reporting and verification frameworks.
05
Verified Outcome
Environmental results supported by the applicable scientific and verification framework.
06
GreenFi
Commercial and digital infrastructure built around credible environmental activity.
Built Through Partnerships
ERW requires a specialist ecosystem.
No single participant should attempt to perform every role. Flour Yield is designed to connect field operators, mineral suppliers, technical experts and qualified MRV partners in a transparent project chain.
TarCasso
Reference environment for the first combined remineralisation and ERW field-development framework.
Balkan Basalt
Core mineral relationship for suitable basalt, material documentation and the development of ERW-related project applications.
Agronomy & Laboratories
Baseline design, sampling, material analysis, soil measurements and technical field support.
ERW Specialists
Scientific methodology, monitoring, carbon-removal assessment, MRV and verification expertise as projects mature.
What GreenFi Means To Us
Finance follows measurable activity.
Flour Yield does not define GreenFi as financial engineering detached from the physical world.
Our model begins with land, basalt, agricultural activity, environmental data and specialist science. Only where credible environmental outcomes emerge should commercial and digital layers be built around them.
Our GreenFi Principle
Real projects create activity. Data creates transparency. ERW can create measurable climate value. GreenFi connects that value with a broader economic ecosystem.
The Digital Economic Layer
FYT supports the ecosystem — ERW gives it long-term purpose.
Flour Yield Token remains the digital utility layer of the ecosystem. Its immediate functions can relate to payments, access, rewards and commerce. Its long-term relevance, however, is closely connected with the growth of real regenerative and ERW-related economic activity.
Payments
Eligible ecosystem goods and services where FYT is accepted.
Access
Selected ecosystem information, projects, products and participation functions.
Rewards
Utility-oriented incentives linked to defined ecosystem activities.
GreenFi
Future digital functions linked to transparent regenerative and ERW-related economic activity.
Future ERW Economic Layer
The Green Dividend
The FYT concept includes a future Green Dividend mechanism designed to connect the economic success of ERW-related activities with the wider Flour Yield ecosystem.
The underlying logic is straightforward: as Insela and its partners develop commercially viable ERW projects, future ERW-related business may create an economic basis for the Green Dividend mechanism described in the FYT framework.
This makes ERW strategically important not only from an environmental perspective, but also as a potential long-term economic engine for the Flour Yield ecosystem.
“Green Dividend” describes an ecosystem mechanism and
should not be understood as a corporate-law dividend,
guaranteed return, entitlement to Insela revenues or
direct ownership of carbon credits. Its implementation
remains subject to the FYT framework, applicable law,
governance decisions and the actual development of
commercially viable ERW activity.
FYT does not grant ownership of Insela, land, crops,
basalt or carbon-removal assets.
It does not provide voting rights, guaranteed redemption or
guaranteed financial returns. Environmental outcomes and
future ERW revenues cannot be assumed in advance.
Building Step By Step
Clear about what exists. Clear about what comes next.
Flour Yield is being developed progressively. We distinguish between today's foundation, capabilities currently being built and longer-term GreenFi opportunities that still require commercial, scientific and regulatory development.
Operating Now
Foundation
- Insela UAB as FYT issuer and ecosystem operator
- MiCA Title II FYT framework
- Existing FYT ecosystem utility
- Balkan Basalt relationship
- Regenerative and ERW project development strategy
In Development
Operating GreenFi
- TarCasso remineralisation + ERW field pilot
- Regenerative and ERW project-development capability
- Baseline and material-readiness framework
- MRV-ready environmental data structures
- Specialist partner network
- Repeatable project service model
Future Opportunity
ERW GreenFi Infrastructure
- Independent ERW project network
- Qualified MRV integrations
- Verified carbon-removal outcomes
- Commercial ERW project revenues
- Green Dividend ecosystem mechanism
- Compliant digital infrastructure around verified results
Build With Us
From healthier soils to measurable carbon removal.
Flour Yield is interested in working with farmers, land operators, agronomists, laboratories, basalt producers, ERW scientists, MRV specialists and GreenFi partners who share an evidence-first approach to building real environmental projects.
Flour Yield is an evolving ecosystem operated by Insela UAB.
Enhanced Rock Weathering is a central development objective,
but quantified carbon removal requires appropriate scientific
methodology, material characterisation, monitoring and
qualified MRV or verification. References to ERW revenues,
Green Dividend mechanisms, environmental assets, digital
infrastructure or future tokenisation describe development
objectives or possible future activities unless expressly
stated otherwise. Any such activity remains subject to
commercial viability, applicable EU law, regulatory
classification and, where required, appropriately qualified
or authorised partners.