Medical Cannabis Facilities
GACP readiness, process zoning, HVACD and dehumidification, fertigation, lighting, biosecurity, drying and batch traceability in one production architecture.
Review the technical scope ↗
Initial AssessmentAgricultural investment · Controlled production · Systems engineering
We design the production system that works, not merely the facility.
FN AgriSolutions integrates crop strategy, climate and humidity control, fertigation, lighting, automation, quality systems and investment economics from feasibility through commissioning.
Independent feasibilityIntegrated CEA engineeringPerformance before brandsCommissioning discipline
CONTROLLED ENVIRONMENT AGRICULTUREClimate · Water · Light · Data
ONE PROJECTBiology + engineering + economics
MEASURABLEResources · quality · performance
FN investment principle
Model production and economics first. Shape the building and technology around that model.
The costliest mistake in controlled agriculture is validating the business case after equipment has been purchased. We test market, crop, capacity, climate, water, energy, quality and operating assumptions before design begins.
Know before you grow: decision evidence → design basis → operating facility.Core expertise
Three priorities. One integrated project discipline.
We manage medical cannabis, controlled-environment and hydroponic investments through a common framework of feasibility, engineering, commissioning and performance.
Controlled Environment Agriculture
Biology, climate, water, light, automation and operating economics for high-tech greenhouses, indoor farms, modular facilities and R&D environments.
Review the technical scope ↗Hydroponic Systems
NFT, DWC, substrate drip, ebb-flow and aeroponic solutions selected around crop, source water, labour, hygiene and unit economics.
Review the technical scope ↗Priority expertise · licensed medical cannabis
We design every zone, load and record from mother plant through drying.
For authorised projects, the objective is not simply to grow plants; it is to establish repeatable quality, biosecurity, traceability and an operation that can be prepared for inspection.
Explore Medical Cannabis ServicesFor authorised, licensed projects that comply with applicable law only.Licence and feasibility
Capacity, product, investment phasing, technical appendices and coordination with authorised regulatory specialists.
Process and zoning
Quarantine, mother, clone, vegetative, flowering, harvest, drying and secure-storage flows.
Climate and humidity
Plant moisture load, day–night transition, air distribution, condensation, filtration and redundancy.
Water and fertigation
Source water, substrate, dosing, EC–pH, drainage, sanitation and recovery.
Quality and records
GACP gap review, SOPs, batch genealogy, environmental records, calibration and deviation management.
Commissioning
Functional tests, training, trial cycles, performance monitoring and continual improvement.
Integrated CEA engineering
Six engineering layers connecting the crop recipe to facility performance.
Climate, water, light, energy, automation and operations are designed as one production system serving the crop—not as isolated procurement packages.
Crop Recipe
Crop, quality target, phenological stage, environmental requirements and production calendar.
HVACD & Humidity
Sensible and latent loads, air movement, dehumidification, pressure, filtration and condensation risk.
Water & Fertigation
Source water, treatment, dosing, root zone, drainage, disinfection and recovery.
Light & Energy
Daylight or crop-led LED strategy; PPFD, DLI, spectrum, uniformity, photoperiod, heat load and energy scenarios.
Automation & Data
Sensors, alarms, trends, recipes, remote monitoring, data integrity and dashboards.
Operations & Quality
SOPs, hygiene, maintenance, calibration, training, labour, batch records and performance management.
Integrated investment feasibility
Is the investment viable, where should it be built and at what scale should it begin?
Feasibility is not a single report or map. It tests commercial, technical, location, regulatory and financial assumptions in one decision model, with GIS and legal studies used as specialist inputs.
Commercial model
Target customer, demand, channel, quality standard, price assumptions, crop portfolio and production cycle.
Technical concept
Crop recipe, capacity, area schedule, technology level, resource demand and operating model.
Location and resources
GIS-supported comparison of climate, water, energy, infrastructure, logistics, land and expansion options.
Permitting and compliance
Coordination of licence, environment, water and product-quality requirements with authorised legal and regulatory specialists.
Investment economics
CAPEX, OPEX, revenue, working capital, sensitivity cases, payback and phased implementation.
How we work
Every investment phase advances through a defined decision gate and a verifiable deliverable.
The FN model unites advisory, engineering and delivery from strategic validation to operating optimisation. A project moves forward only when evidence, design criteria and acceptance conditions are clear.
INVESTMENT DECISION
Validate the investment assumptions
Crop, market, capacity, location and capital logic are tested before equipment is selected.
Commercial case
Target customer, channel, specification, price and demand assumptions.
Site and resources
GIS-assisted comparison of climate, water, energy, logistics, infrastructure and expansion.
Compliance and boundary
Permit path, capital ceiling, dependencies and phasing options.
Stage deliverablePre-feasibility · assumption register · scale and site alternatives
Decision gateProceed · revise · stop
DESIGN BASIS
Convert the production model into an integrated design
Crop recipe, process, zoning, climate, water, light, energy, automation and quality are resolved against one performance basis.
Process and layout
Capacity, production cycle, clean–dirty flows, zones, area schedule and expansion.
Technical systems
HVACD, fertigation, lighting, power, automation, data and redundancy criteria.
Investment design
CAPEX–OPEX model, specifications, interfaces and responsibility matrix.
Stage deliverableConcept package · performance criteria · specifications · implementation roadmap
Decision gateRelease for basic design and procurement preparation
DELIVERY ASSURANCE
Protect design intent through site delivery
Procurement and implementation are governed to preserve production performance and deliver tested systems ready for the first cycle.
Tender and procurement
Technical compliance, total cost of ownership, service and warranty comparison.
Site coordination
Interfaces, workmanship, change control, test plans and progress checks.
Commissioning
Functional and alarm tests, calibration, training, SOP readiness and first-cycle support.
Stage deliverableApproved procurement basis · commissioning records · trained team · operational handover
Decision gateOperational acceptance and controlled production start
PERFORMANCE MANAGEMENT
Turn facility data into sustainable performance
Product quality, resource consumption and continuity are managed through shared KPIs and root-cause improvement.
Performance visibility
Shared view of climate, water, energy, labour, yield, quality, alarms and downtime.
Technical optimisation
Root-cause review of recipes, setpoints, irrigation, maintenance and calibration.
Operating standard
Institutionalise SOPs, competence, records and periodic performance review.
Stage deliverableKPI dashboard · performance review · prioritised optimisation and capability plan
Decision gateStable operating standard and continual-improvement cycle
Hover over or select a stage. Arrow-key navigation is supported.
Performance language
We connect design decisions to measurable operating indicators.
Targets are set for each project according to crop, technology and operating model; we do not rely on unverified generic yield promises.
kWh / kgL water / kgLabour hours / kgUsable area ratioBatch uniformityDowntime and alarm duration
FN investment knowledge hub
The right sequence of decisions for controlled-production investment.
From investment rationale to performance management, this framework defines the questions, evidence and decision gates required at every stage.
01Crop and market
02Design basis
03Integrated system
04Commissioning
05Performance data
01INVESTMENT CASE
Market and Capacity Validation
Which product, customer and sales continuity will the facility serve?Demand, quality standard, channel, price, cycle and capacity assumptions are tested in one commercial model.
demandkg / weekunit margin
02DESIGN BASIS
Performance and Acceptance Criteria
Which production, quality, resource and continuity targets must the facility meet?User requirements become crop recipes, capacity targets, environmental criteria, redundancy and measurable acceptance conditions.
URStarget valueacceptance
03SYSTEM INTEGRATION
Interdisciplinary Design
How will climate, water, light, energy, automation and process flows meet one capacity target?Technical packages are developed as one system with defined loads, interfaces, control scenarios and responsibilities.
interfaceload balanceresponsibility
04COMMISSIONING
Functional Testing and Operational Acceptance
Which tests and records will prove that design intent is achieved on site?Functional, alarm, calibration, backup and training checks are completed with a trial cycle; acceptance relies on recorded evidence.
FAT–SATcalibrationtraining
05PERFORMANCE DATA
Operational Performance and Optimisation
Which indicators will manage product quality, resource use and continuity?Climate, water, energy, labour, quality, alarm and downtime data are tracked in one KPI structure and converted into improvement priorities.
kWh / kguptimedeviation
FN DECISION PRINCIPLEProcurement follows validation of performance criteria, system interfaces, acceptance planning and life-cycle economics.
Education and facility performance
We bring controlled-production expertise to learning environments and existing operations.
School Hydroponic Laboratories
Safe operating models combining hydroponic production, sensor data, STEAM learning and teacher training for schools and universities.
Review laboratory models ↗Production and Performance Analysis
We identify bottlenecks, root causes and investment priorities through climate, humidity, fertigation, energy, alarm and production records.
Request a performance review ↗FN · Future and Nature
Engineering the future through the productive principles of nature.
FN AgriSolutions combines agricultural economics, soil science and plant nutrition with controlled-environment technology, data and investment discipline.
Muhterem Fuat BoyeriFounder & CEO · Agricultural Economics · Soil Science and Plant NutritionLinkedIn profile
Confidential initial assessment
Let us establish the first technical decision framework for your project.
We review crop, market, capacity, location, water, energy, licence and investment assumptions and define the next correct step.