facility design

A practical guide to designing phase-appropriate cold chains using −86°C ultra‑low temperature (ULT) freezers. Learn how to triage inventory into research, clinical, and production/retail risk profiles, right‑size ULT fleets, stage backup capacity, build alarm trees and SOPs that separate nuisance alerts from true emergencies, and incorporate ENERGY STAR v2.0, low‑GWP refrigerant trends, and energy‑efficient commissioning. Includes an actionable SOP checklist, ROI considerations, and a recommended Urth & Fyre ULT model.

Practical guide to designing a <strong>phase‑appropriate cold chain</strong> that uses ambient, 2–8°C, −20°C hubs and −86°C ULTs strategically to reduce door-open time, energy, and sample loss. Includes ENERGY STAR v2.0 implications, NIH policy highlights, SOP checklists, ROI benchmarks, and a recommended ULT option from Urth & Fyre.

Most guidance for ultra-low temperature (ULT) fleets focuses on −80/−86°C hardware. This post reframes cold chain design by mapping the product journey and highlighting the often-overlooked support layers (−20°C, +2–8°C, ambient staging). Learn spec decisions, alarm strategies, SOPs, and ROI benchmarks to protect sample integrity and reduce risk around ULT freezers.

For most cannabis operators, the smartest move isn’t buying brand-new equipment — it’s investing in validated pre-owned systems that deliver the same performance at a fraction of the cost. This article explores the advantages of used equipment, the risks of buying without proper validation, and why having a trusted partner like Urth & Fyre is essential. Every piece of pre-owned equipment we sell is inspected, tested, and certified, ensuring no operator ends up with a lemon.

Urth & Fyre's consulting services revolutionized Client 1's cultivation operations, driving significant yield improvements, cost reductions, and profitability. Through strategic facility design and operational enhancements, Client 1 achieved a 985% ROI and a projected $6.7M profit for 2024.