๐Ÿ›๏ธ USDA PRIORITY 2 โ€” EXPANDING MARKETS & NEW USES

๐ŸŽ Food Science Economics

Market expansion economics, bioproduct valuation, food processing ROI, value-added product analysis, and export market tools for agricultural product innovation.

📡 USDA Live Data LIVE DATA
Select a source → auto-populate calculators
Fetch one source or load all at once
NASS prices: not loaded | ERS processing costs: not loaded | Value-added gap: pending
📊 NASS Commodity Prices
🍽 ERS Processing Costs
⚖ Value-Added Gap
📊 USDA NASS — Commodity & Food Market Prices

USDA NASS price received data for raw agricultural commodities used as food processing feedstocks. Auto-populates raw commodity price (SF3-E.001 va-raw-price), feedstock price (SF3-E.002 bf-feedstock-price), domestic price (SF3-E.003 ex-domestic-price), and conventional price (SF3-E.005 sc-conventional-price).

Select commodity and year to load NASS price received data.

Source: USDA NASS QuickStats. Price Received, Annual. Live API attempted; reference data used as fallback.

🍽 USDA ERS — Food Processing Cost Benchmarks

USDA Economic Research Service food manufacturing cost benchmarks by processing sector. Auto-populates processing cost (SF3-E.001 va-processing-cost, SF3-E.002 bf-processing-cost) and variable cost per unit (SF3-E.004 pl-variable-per-unit).

Select processing sector and scale to load USDA ERS cost benchmarks.

Source: USDA ERS Food Markets & Prices. Processing cost benchmarks compiled from ERS Manufacturing Cost reports. Reference values.

⚖ Value-Added Margin Gap Analysis

Compares raw commodity price against typical processed product prices to quantify the value-added margin opportunity. Requires NASS commodity prices and ERS processing costs to be loaded.

Load NASS and ERS data first, then click Build Margin Gap.

Tip: Use the value-added margin to benchmark your conversion economics in the Value-Added Product Analysis calculator (SF3-E.001).

๐Ÿญ Value-Added Product ROI

Model SF3-E.001

Evaluate the economics of converting raw agricultural commodities into processed, value-added products. Compare raw sale vs processed product revenue.

Yield after processing (e.g., 1 bu wheat โ†’ 42 lbs flour = 0.80 factor)

โ›ฝ Biofuel & Bioproduct Economics

Model SF3-E.002

Evaluate economics of converting agricultural commodities into biofuels (ethanol, biodiesel) or biobased products. Includes co-product value.

DDGS for ethanol, glycerin for biodiesel

๐ŸŒ Export Market Analysis

Model SF3-E.003

Compare net returns from domestic vs export markets. Includes freight, tariffs, currency effects, and SPS compliance costs.

Buyer typically absorbs, but affects competitiveness
Phytosanitary certificates, testing, fumigation

๐Ÿ—๏ธ Processing Line Investment ROI

Model SF3-E.004

Evaluate capital investment in food processing equipment or facility expansion. Calculate payback, NPV, and capacity utilization break-even.

Labor, utilities, maintenance, insurance

๐ŸŒฟ Specialty/Organic Crop Premium

Model SF3-E.005

Calculate whether organic, non-GMO, or specialty crop premiums justify the additional costs of certification and management.

Organic typically 10-30% lower yield
Higher weed management, certification fees

Why AgrStak ๐ŸŒพ Food Economics?

Aligned with USDA Secretary Rollins' Priority #2: Expanding Markets and Creating New Uses for U.S. Agricultural Products. AgrStak's tools help producers, processors, and exporters evaluate value-added opportunities, bioproduct economics, and new market access.

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