Feasibility & commercial planning
Production assumptions, capacity, yield, CAPEX, OPEX and operating concepts tested before they harden into the business case.
ExploreIndependent commercial indoor-farm advisory
Design. Build. Operate. Succeed.
Indoor Crop Consulting supports commercial indoor farms from early feasibility and facility planning through vendor coordination, commissioning, operations and troubleshooting.
Feasibility · Design & Development · Procurement · Commissioning · Operations
Stage 01FeasibilityAssess opportunities and build the business case.
Stage 02Design & PlanningDevelop layouts, systems and operating strategies.
Stage 03Vendor CoordinationSource, evaluate and align technology and partners.
Stage 04CommissioningTest, validate and hand over ready-to-operate systems.
Stage 05Operations & TroubleshootingOptimize performance and resolve issues fast.
The operational reality
A successful indoor farm is designed not just to grow crops. It must be easy to clean, operate and maintain—enabling healthy crops, consistently high yields and food-safe production year after year.
What we do
Independent advice across the project lifecycle.
We work on the owner’s side of the table—helping project teams understand the technical and commercial consequences of their decisions.
Facility & production systems
Grow rooms, HVAC requirements, lighting, irrigation, seeding, harvest, packaging and operational flow reviewed as an integrated system.
ExploreVendor coordination & procurement
Requirements development, supplier engagement, budgetary pricing, proposal review and structured technical challenge.
ExploreCommissioning & readiness
Test plans, crop recipes, operational workflows and readiness checks that bridge construction completion and reliable production.
ExploreFarm operations & troubleshooting
Nearly a decade of hands-on operating experience applied to crop failures, environmental instability, equipment constraints, workflow bottlenecks and performance recovery.
How engagements progress
Decisions made in the right sequence.
The exact scope varies, but effective projects follow a disciplined path from assumptions to commissioning—and then through the realities of sustained operation.
01 / DEFINE
Frame the question
Clarify project objectives, crop strategy, constraints, available information and the decision that must be made.
02 / TEST
Challenge assumptions
Pressure-test yield, throughput, loads, workflows, capital budgets and system interfaces.
03 / COORDINATE
Align the systems
Translate production needs into clear requirements for designers, engineers and suppliers.
04 / COMMISSION
Prepare to operate
Build a structured path through functional testing, test grows, ramp-up and performance verification.
05 / OPERATE
Solve what emerges
Support the operating team through crop and system failures, bottlenecks, performance drift and root-cause troubleshooting.
Representative experience
Technical depth without losing the commercial objective.
Assignments span facility redevelopment, production planning, environmental screening, equipment specification, commissioning and operating-farm problem solving.
- Commercial vertical-farm feasibility and facility redevelopment
- Crop, yield, capacity and profitability modelling
- HVAC and peak dehumidification capacity screening
- Irrigation, seeding, harvesting and packaging system development
- Vendor proposals, quotations and CAPEX budget refinement
- Commissioning, test-grow and operational-readiness planning
- Operating-farm troubleshooting, recovery and continuous improvement
Connecting crop strategy to the facility that must support it.
Representative work brings production assumptions, environmental requirements, equipment concepts, operating workflows and capital budgets into one coordinated review.
See engagement typesEnvironmental capacity
Translate crop load cases into practical questions for HVAC engineers and operating teams.
Production flow
Develop preliminary equipment and workflow requirements from seeding through packing.
Budget confidence
Identify omitted scope, reconcile vendor assumptions and strengthen CAPEX decision-making.
Root-cause troubleshooting
Separate symptoms from causes and help operating teams recover crop, system and workflow performance.
CropDensity, cycle, yield, quality and recipes
EnvironmentTemperature, humidity, air movement and load cases
OperationsLabour, workflow, sanitation and throughput
EconomicsCAPEX, OPEX, utilization and risk
Why independent advice
Someone must own the interfaces.
Individual suppliers optimize their own scope. Engineers design to the requirements they are given. Operators inherit the result. ICC helps the owner connect those perspectives and expose gaps early.
The objective is not a technically impressive facility. It is a facility that can operate reliably, produce the intended crop and support the commercial model.
About ICC
Practical advice from someone who has had to operate the result.
Indoor Crop Consulting was founded by Shawn Woods, bringing nearly a decade of hands-on commercial indoor-farm operating experience to project development and operator support.
The work is focused on the decisions that determine whether a facility can function as intended—and on solving the crop, environmental, equipment and workflow problems that emerge once it is operating.
More about ICCTechnical insights
Better projects begin with better questions.
Selected technical resources from recognized industry and research organizations.
HVAC & crop loads
How crops affect building-integrated agriculture design
ASHRAE explains why crop heat and moisture loads must be included in peak-load calculations to avoid undersizing environmental systems.
Read sourceVertical-farm cultivation
Guidelines for cultivation in a vertical farm
Wageningen University & Research provides practical guidance on crop strategy, cultivation conditions and resource flows in vertical farming.
Read sourceIndustry & economics
Trends and prospects for controlled-environment agriculture
USDA Economic Research Service reviews investment, technology adoption, production trends and the economic context for CEA.
Read source