Flour Yield · GreenFi by Insela UAB
Building GreenFi
from the ground up.
Regenerative agriculture. Basalt remineralisation. Enhanced Rock Weathering. Measurable environmental data. FYT connects these real-world activities with a responsible digital economic layer.
Real Projects
Soil Remineralisation
Enhanced Rock Weathering
MRV Readiness
MiCA Title II FYT
Real projects before narratives.
Environmental value must be measurable.
Digital utility follows real economic activity.
The Flour Yield Mission
Building the infrastructure for soil-positive carbon removal.
Flour Yield is developing a GreenFi ecosystem around regenerative agriculture, natural mineral resources and Enhanced Rock Weathering.
The model begins in the physical world: land, soil, basalt, field applications, scientific data and specialist partners. Digital infrastructure comes afterwards.
Insela UAB is building the project-development, documentation and coordination layer needed to connect regenerative field activity with credible environmental measurement and, over time, commercially viable ERW projects.
Flour Yield Token (FYT) provides the digital utility layer around this growing ecosystem.
What Flour Yield Is Building
Three pillars. One GreenFi ecosystem.
Flour Yield connects agricultural regeneration with a potentially scalable carbon-removal pathway. Basalt is the physical bridge between these two objectives.
PILLAR 01
Regenerative Agriculture
Healthier soils, resilient cultivation and field projects designed around long-term soil function and responsible agricultural practices.
PILLAR 02
Basalt Remineralisation
Carefully characterised basalt can return naturally occurring mineral components to agricultural soils as part of regenerative soil-management strategies.
PILLAR 03
Enhanced Rock Weathering
ERW investigates whether suitable silicate rock, appropriate field conditions and credible monitoring can produce measurable and durable atmospheric CO₂ removal.
Why Basalt?
One rock. Two pathways.
Basalt is central to Flour Yield because the same mineral resource can be investigated from two distinct but complementary perspectives: agricultural soil regeneration and Enhanced Rock Weathering.
Soil Pathway
Remineralisation
Mineral inputs can form part of regenerative soil management. Their agronomic effects depend on material properties, soil conditions, crops and application protocols and should be evaluated in the field.
Physical Foundation
BASALT
Climate Pathway
Enhanced Rock Weathering
Silicate weathering can potentially remove atmospheric CO₂. Quantifying that effect requires appropriate baseline design, material characterisation, monitoring and qualified MRV.
From Theory To The Field
One field. Two dimensions.
The proposed TarCasso Longevity Field in Cassacco, Friuli, is the first reference environment for the emerging Flour Yield operating model.
The pilot is designed to address both sides of the basalt thesis: soil remineralisation as an agricultural pathway and Enhanced Rock Weathering as a potential measurable carbon-removal pathway.
Defined parcels, baseline planning, material documentation and field records create the foundation for structured observation and future scientific or MRV assessment.
Development Phase
TarCasso Field · Cassacco, Italy
Remineralisation + ERW Pilot
A real-world field environment for developing a repeatable regenerative and Enhanced Rock Weathering project framework.
2.1 ha
Defined Field
10
Planned Parcels
Soil
Remineralisation
ERW
MRV Readiness
ERW is a project objective, not a predetermined result.
Any quantified carbon removal requires appropriate
methodology, material characterisation, monitoring and
qualified scientific or MRV assessment.
The ERW Pathway
From physical activity to measurable environmental value.
Carbon-removal value cannot simply be assumed when basalt is applied. Flour Yield is built around the principle that each stage should create the evidence required for the next.
Basalt
Traceable mineral material and batch documentation.
Field Application
Controlled deployment under documented protocols.
Monitoring
Baselines, sampling and structured field evidence.
MRV
Qualified measurement, reporting and verification.
Verified Outcome
Environmental results supported by applicable methods.
GreenFi
Economic and digital infrastructure around credible activity.
Operating GreenFi
Projects and data before financial infrastructure.
Insela's emerging operating model is deliberately focused. It develops the infrastructure around real field projects while specialist partners remain responsible for scientific, laboratory and verification functions.
CAPABILITY 01
Regenerative & ERW Project Development
Structuring and coordinating real-world regenerative and Enhanced Rock Weathering field projects.
- → Site and parcel design
- → Basalt deployment readiness
- → Project roles and milestones
- → Partner and logistics coordination
- → Implementation documentation
CAPABILITY 02
Data & Impact Readiness
Building structured environmental records that qualified scientific and MRV partners can evaluate.
- → Baseline requirements
- → Material and batch records
- → Application evidence
- → Field observations
- → MRV-readiness reporting
The Digital Economic Layer
FYT supports the ecosystem. ERW gives it long-term purpose.
Flour Yield Token (FYT) is the digital utility layer of the Flour Yield ecosystem.
Its role is not to replace real-world activity. FYT connects payments, access, rewards and future digital functions with an ecosystem increasingly built around regenerative agriculture and ERW.
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Payments
Eligible ecosystem products and services where FYT is accepted.
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Access
Selected ecosystem information, programs and participation functions.
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Rewards
Utility-oriented incentives for defined ecosystem activities.
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GreenFi
Future digital functions around transparent regenerative and ERW-related activity.
FYT does not grant ownership of Insela, land, crops,
basalt or carbon-removal assets. It does not provide
voting, guaranteed redemption or guaranteed return rights.
The Long-Term Economic Thesis
ERW can become the economic engine.
The long-term Flour Yield thesis is that commercially viable ERW activity may create an economic foundation for a broader GreenFi ecosystem. This is where the future Green Dividend concept becomes relevant.
Future ERW Economic Layer
The Green Dividend
As Insela and its partners develop real ERW projects, verified environmental outcomes may support commercial ERW activity.
That activity may in turn provide an economic basis for the Green Dividend mechanism and other ecosystem programs contemplated within the FYT framework.
ERW is therefore strategically important not only as a climate pathway, but as a potential long-term economic driver for Flour Yield.
“Green Dividend” describes an ecosystem mechanism.
It is not a corporate-law dividend, guaranteed return,
entitlement to Insela revenues or ownership of carbon
credits. Any implementation remains subject to the FYT
framework, applicable law, governance decisions and
actual commercially viable ERW activity.
A Specialist Ecosystem
Real GreenFi is built through partnerships.
ERW combines agriculture, mineral resources, logistics, environmental science and MRV. Flour Yield therefore develops around clearly defined specialist roles rather than trying to perform every function itself.
TarCasso
Reference environment for the first combined remineralisation and ERW field-development framework.
Balkan Basalt
Mineral relationship supporting basalt material documentation and ERW-related project development.
Agronomy & Laboratories
Baseline design, sampling, material analysis and technical field support.
ERW & MRV Specialists
Scientific methodology, carbon-removal assessment, MRV and verification expertise.
Building Step By Step
Clear about where we are. Clear about where we are going.
Flour Yield distinguishes between existing foundations, capabilities currently being developed and longer-term GreenFi opportunities.
Operating Now
Foundation
- Insela UAB as FYT issuer and ecosystem operator
- MiCA Title II FYT framework
- Existing FYT utility
- Balkan Basalt relationship
- Regenerative and ERW strategy
In Development
Operating GreenFi
- TarCasso Field Pilot
- Remineralisation + ERW project framework
- Baseline and material readiness
- MRV-ready data structures
- Repeatable project services
Future Opportunity
ERW GreenFi Infrastructure
- Independent ERW project network
- Qualified MRV integrations
- Verified environmental outcomes
- Commercial ERW activity
- Green Dividend ecosystem mechanism
Explore Flour Yield
Go deeper into the ecosystem.
GREENFI
About Flour Yield
Understand the operating model, ERW strategy and long-term GreenFi direction.
Explore About Us → DIGITAL LAYERFYT Tokenomics
Explore FYT utility, token structure and the current MiCA Title II framework.
Discover FYT → DOCUMENTATIONResources
Access the White Paper, information materials and supporting documentation.
View Resources → INTELLIGENCEFlour Yield Journal
Research and commentary on ERW, GreenFi, regenerative agriculture and carbon removal.
Read The Journal →
Build With Us
From healthier soils to measurable carbon removal.
Flour Yield is interested in working with farmers, land operators, basalt producers, agronomists, laboratories, ERW scientists, MRV specialists and GreenFi partners who share an evidence-first approach to environmental projects.