• Controlled Environment growing system designs available by license orcustomized design for each component  

     

     

    Growing Systems

     

    Integrated Facilities Design

    o Lean Facilities Designs- Integrated design to minimize growing steps including:

    • transportation inputs and outputs,
    • plant layout,
    • integrated energy & control systems layouts,
    • workforce access and health optimization,
    • light access,
    • energy and airborne nutrient recapture systems,
    • in-door composting and medium prepartion systems,
    • scheduled maintenance preparation

    o Lean Growing Room Designs-Layouts, layering for vertical farming,

    lighting, ingress and egress for planting & harvesting cycles, operational maintenance preparation.

    o Growing Medium Mixes

    • Compost Based Soils
    • Soil Enhanced Air
    • Hydroponics

    Planting, Harvesting, Packing and Distribution Systems

     

    o Lean Facilities Designs- Integrated design for connected or adjacent facilities used for pre and post growing cycles.

    o Lean Recycling Systems- Design of recapture and recycling systems for organic material, inorganic material, water, air and energy.

    Energy & Water System

     

    o Renewable Energy Integration- Integration of wind and solar systems as retrofits and new designs.

    o Energy Capture- Medium and composting processing systems that capture and utilize the energy generated in natural
    composting and food processing operations.

    o Management- Energy usage and management systems designed for mobile and fixed farm operations.

    o Water Distribution, Capture & Recycling- Water systems with flexible application for use by crop with integrated floor based recapture systems leading to treatment processes for use
    as gray water.

    Water Systems

     

    o Growing Area Recycling- Collection and partial purification systems to generate gray-water for re-use in growing cycles.

     

    o Processing Facility Recycling-Collection and waste-water treatment systems to provide gray-water for use in food processing.

  • Financial Models

    Financial models generating scenarios of capital costs, alternative financial structures and market elements of revenue & expense

     

    Business and Facilities Planning

     

    o Product Development,Selection and Planning- Product to facilities options, integratedcredit(s) scenarios for location incentives, workforce and R&D investment

    o Location - Assessment for selection

     

    o Mixed funding capitalization: Optional facilities, equipment and capital investment mixing government and private sector mixed financing

    Facilities Buildout and Launch Models

     

    o Planning and Buildout- Phased planning and buildout models including site selection, preparation, and facilities construction.

     

    o Facilities Launch- Incremental launch models by week and month, including investment spend down with phase in of revenue

    Operations Optimization

     

    o Scenarios - Multi-scenario operating models incorporating macro-economic, business cost inputs and market pricing

     

    o Facilities, equipment and infrastructure - Fixed investment tracking models incorporating projected vs. actual maintenance, replacement and upgrade costs.


    o Business Operating proformas vs. Actuals - Integrated business operating reporting on scenarios basis comparing proformas to actuals, across all scenarios and fixed investment reporting results

    • GAAP accounting for reporting
    • GAAS accounting for public investment reporting