Global Energy Container Kiln for Drying Lumber | Capstone Turbine Parts App

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5000 BF Kiln for Lumber and Firewood Plans $29.95 Plans, parts, or full build using natural gas, propane, or wood heat via heat pipe or hot water... More Info

15000 BF Kiln for Lumber and Firewood Plans $29.95 Plans, parts, or full build using natural gas, propane, or wood heat via heat pipe or hot water... More Info

Capstone Turbine Parts Suppliers List $100 Parts and OEM Supplier Listing for Capstone Microturbine - Buy Direct from Supplier (available as a spreadsheet or APP for $100 )... More Info

Capstone Microturbine Build Infographic See how a turbine is built... More Info

Vacuum Pump Cart: Build Your Own Shop-Grade Vacuum Station by Global Energy

Stop paying for overpriced vacuum pumps that can’t keep up. The VPC is a sturdy four-cylinder vacuum pump cart you can build yourself, designed to pull air out of vacuum bags quickly and reliably for laminating, composites, veneer pressing, vacuum drying, filtering winterized oil, storage and more. A 1 HP 3-phase motor on a variable frequency drive (VFD) lets you dial in the speed and draw. Everything sits on a four-post rolling cart with vented removable side panels, an E-stop and VFD controls on the rear panel, six hose valves up front for running several bags at once, and a tough 1-inch HDPE top for a work surface. You can buy downloadable plans and build it from scratch, or order the kit and save time. Either way you get a machine designed by a turbine engineer for real shop use, at a fraction of what a commercial unit costs. Many single cylinder versions were made with great results for winterizing hemp extracts.

Stats: 14.6 CFM (413 L/min), about 27 inHg ultimate vacuum, six hose ports with valves, 1 hp 3-phase motor on a VFD, 240 V single-phase, HDPE work top. Plans with STEP CAD, drawings, BOM, data sheet, user manual and build procedure. Kits available. DIY parts from McMaster and AutoMation Direct.

See how it works →

A new twist to fast-drying lumber using vacuum bagging

Vacuum-Bag Lumber Kiln on a Concrete Pad

Trade the steel pressure vessel for a concrete pad. A flat, reinforced pad and a vacuum bag can dry lumber by the same physics as a commercial vacuum kiln — draw down the pressure, drop the boiling point of water, and pull moisture out at 140 F instead of 200 F. We ran the numbers for a 5,000 board-foot charge using USDA Forest Products Laboratory data as the baseline: 3,363 kWh of heating energy, a 101.5 kW peak load on the resistance blankets, a 10 hp vacuum pump, and a 110 kW connected service — all to dry a charge in 58 hours instead of 12 days.

Read the article here...

Use a wood-fire boiler and save 90 percent on electrical energy costs

Solar Container Kiln: Dry Wood on Your Own Schedule

Let the Sun Dry Your Lumber: A Solar-Powered Shipping-Container Kiln

Dry your own lumber and firewood on your own schedule, with no fuel bill and no waiting on the weather. Our updated Global Energy container kiln puts 20 bifacial solar modules, 11.6 kW in total, on the roof and south wall of a standard 40 ft shipping container. The sun powers the kiln fans directly, and drives let the fans 3-phase motors run on an ordinary single-phase farm service. The 38-page plan set has 12 dimensioned drawing sheets, parts lists and a step-by-step build checklist, so a non-expert can build it. Choose plans, a parts kit or a complete build.

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Infinity Turbine Vacuum Pump Cart For DIY Drying Firewood and Lumber at a Fraction of the Time

A shop-built, 4-cylinder vacuum pump on a rolling cart, driven by a 1 HP motor through a VFD, with six hose valves for running several bags at once. It pulls 3,000 board feet of stickered lumber down to kiln vacuum (26 inHg) in about 4 hours, for under $3 of electricity even at $0.50/kWh. It draws about 0.9 kW, so a 7 kWp bifacial solar array with a 36 kWh battery can run it off-grid. The page includes pump-down times for firewood and lumber, running costs, and solar sizing.

Vacuum kilns also need resistance heaters or heated platens to dry wood; heating energy is not included in these figures.

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Keep Water Out of Your Vacuum Pump: Free DIY Liquid Trap Guide

Drying wood under vacuum can pull about a liter of water out of every board foot, and all of it heads for your pump. Our new free guide shows how to build a vacuum-rated knockout trap from Schedule 40 PVC, add a copper coil condenser to catch the vapor, and drain the trap without breaking vacuum on your kiln. It includes layout diagrams, trap sizing, step-by-step build instructions, safety notes and a troubleshooting table.

Read the guide and download the free PDF →

Solar PV Panel for Lumber Dry Kiln Power

Off the Grid, Onto the Rack: Solar-Powering a Lumber Dry Kiln

A lumber kiln never stops drawing power — fans, vents, and pumps run 24/7 whether the sun is up or not. This teardown sizes a bifacial solar array and battery bank to carry that constant load for two kiln sizes, prices out every component from mounting rack to powerhouse container, and checks whether the math beats a flat $0.15/kWh grid bill over the long run.

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Using Solar PV Panels for Kiln Power Direct Grid Meter Reversing Savings

Bifacial Solar Kiln Conversion: 5-Year Payback for Lumber Dry Kilns | Feasibility Analysis

A lumber dry kiln draws power around the clock — so what if the yard's crushed rock and container walls could help pay that bill instead? This analysis sizes a battery-free, meter-reversing bifacial solar array for two container dry kilns (5,000 BF and 15,000 BF), down to the pallet and the dollar. Verdict: roughly a 5-year payback, plus a pricing error in the panel listing that the numbers caught along the way.

Read the article here...

Global Container Kiln Kit since 1992 for kiln drying firewood, lumber, and timbers for high value added products including heat treating and insect free firewood. DIY build yourself. Plans $29.95

Parts Page of App

Capstone Turbine Suppliers and OEM Parts

$100 (available in spreadsheet format or APP)

OEM parts for Capstone Turbine C30, C60, C65, C200, C600 (3 x C200), C800 (4 x C200), C1000 (5 x C200).

The app for basic part descriptions is free, and a detailed supplier contact list is available for a fee.

The savings on buying direct from the OEM is huge, when compared to buying from Capstone or its dealer network.

With over 14,000 microturbines manufactured since 2001, there is a need for parts.

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Capstone Microturbine Parts Breakdown by Subsystem

Inside the Capstone Microturbine: 601 Parts, 19 Subsystems

Every component in the Capstone parts register, categorised by what it actually does in the build — from the single-shaft rotating group through the recuperator, power electronics and controls. Searchable, filterable by engine model, and traced back to 196 suppliers. Data compiled from the Capstone bankruptcy supplier list (publicly available data).

Capstone Microturbine Build Parts Infographic

5,000-Board-Foot Container Kiln for Lumber | 4-7 Cord Firewood Drying | Plans $29.95

Our 5,000 BF container kiln is built around a standard 40-foot high-cube aluminum shipping container or refrigerated van—an evolution of the original 15,000 BF kiln we designed in 1992 that delivered outstanding performance. As a firewood kiln, it holds roughly 4 to 7 cords and loads easily using IBC tote baskets and a simple rail system. Heat-treat cycles can be completed in just a few days, depending on your heat source. Dump firewood from your processor direct into baskets ready for kiln drying.

This system introduced several industry-first innovations, including a furnace-type direct-fired heat pipe and a Conifer sawdust burner. Today, you can choose from multiple heating options such as a wood-fired water stove, gas boiler, indirect wood-fired heat pipe, or even a gas turbine.

DIY fan packages start at sixteen thousand dollars.

Plans are $29.95 (email for PayPal link)

5000 BF Kiln

Firewood Dry Kiln Wood Heat Options by Global Energy

Sample Plans of the 5000 to 15000 BF Container Lumber Kiln by Global Energy

Global Energy 15000 BF shipping container lumber dry kiln plans

15,000 Board Foot Container Kiln System | 14 Cord Firewood Kiln | Plans $29.95

Our 15,000 BF container kiln is built using two 40-foot high-cube aluminum shipping containers or insulated refrigerated vans set side by side. This design traces back to the original 1992 kiln—a 15,000 BF unit constructed from used high-cube containers that delivered exceptional performance and set the standard for modern container kilns.

As a firewood kiln, the system accommodates approximately 7 to 14 cords. Using a forklift, operators can load IBC tote baskets onto a simple rail system for fast, efficient handling. Depending on your chosen heat source, heat-treat cycles can be completed in just a few days.

Heating options include a wood-fired water stove, gas boiler, indirect wood-fired heat pipe, or even a gas turbine.

The original 1992 build introduced several groundbreaking innovations, including a sixteen-inch stainless direct-fired heat pipe and a Conifer sawdust burner—features that helped define this kiln as a proven workhorse for lumber and firewood producers.

Plans are $29.95 (email for PayPal link)

Sample Pages from the Kiln Kit Drawings

Email: PayPal link for All Kiln Plans $29.95

15,000 BF Container Kiln

Global Energy 5000 BF shipping container lumber dry kiln plans

Email: PayPal Link for all Dry Kiln Plans $29.95

Global Energy shipping container lumber dry kiln from 1992

USDA Heat Treatment of Firewood to Meet Phytosanitary Standards

Discover how certified heat treatment stops pests in their tracks and keeps firewood moving across state lines. This quick read breaks down the required temperatures, the gear that proves compliance, and real kiln case studies from the field. Learn what to monitor, how to pass inspections, and how producers can protect forests while staying in business. Read the full article to see the step by step process and results.

Heat Treatment of Firewood to Meet Phytosanitary Standards

Efficient Firewood Kiln Design for Hardwood Drying and ISPM-15 Heat Treatment Certification to Eliminate any Insects

Drying firewood efficiently requires a careful balance of airflow, temperature, and heat source economy. For hardwoods such as oak, the objective is to reach a final moisture content below 10% while maintaining conditions suitable for ISPM 15 heat treatment (minimum 56 °C / 133 °F core temperature for at least 30 minutes).

By combining strong forced airflow, controlled heat application, and proper wood arrangement, kiln operators can significantly reduce drying times while minimizing fuel costs.

Efficient Firewood Kiln Design for Hardwood Drying and ISPM-15 Certification

Unlock the Value of Kiln-Dried Lumber and Firewood Drying with the Original Container Kiln System

In 1992, Global Energy pioneered the first container-based dry kiln, giving portable sawmill owners, furniture makers, and small shops a powerful way to add value through high-quality, kiln-dried lumber. After three decades of proven performance—and countless imitators validating its profitability—we are now making our original container kiln plans available. Build your own commercial-grade drying system and tap into the premium hardwood market with confidence.

Email for PayPal Link: Kiln Plans $29.95

Sample Pages of the 5000 BF Container Lumber Kiln Plans List by Global Energy

Sample Pages of the 15000 BF Container Lumber Kiln Plans List by Global Energy

Comparison of ISPM-15 and USDA Firewood Heat Treatment Standards

Learn the difference between ISPM-15 and the USDA’s firewood heat treatment standards. This quick guide explains why firewood requires higher temperatures, longer treatment times, and stricter monitoring than wood packaging materials. Discover how these two systems work together to stop invasive pests like the emerald ash borer and protect forests at both national and international levels.

Comparison of ISPM-15 and USDA Firewood Heat Treatment Standards

ElectraTherm 125 kWe System with Hurst Boiler Packaged in a 40 Foot Shipping Container Ready to Deploy | Priced to Sell Quickly

A used turnkey waste-heat-to-power system is now available, fully integrated inside a 40-foot shipping container and in near-new condition with minimal runtime. of 39 hours. This self-contained unit pairs a Hurst Series 250 boiler with an ElectraTherm Power Organic Rankine Cycle 125 kWe 480 V 3 phase 60 hz generator, designed to efficiently convert low-grade heat into grid-ready electricity. Factory-tested, fully certified, and equipped with advanced PLC controls, rapid startup, and built-in safety systems, this containerized power solution offers a compact, transportable, and ready-to-deploy energy asset.

Please call or email to make an offer.

TEL: +1-608-238-6001 (Chicago Time Zone)
Email: greg@infinityturbine.com

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Email: ElectraTherm Hurst Boiler Package Info

Using Supercritical CO2 as Energy Dense Power Production | Advanced Cooling Methods | 480 V AC or 800 V DC

SMR High Density Supercritical CO2 Power Generation

sCO2 system prices starting at $999,000. IT250 • IT1000 • IT10 MW

Financial Payback and Annual Savings for the Infinity Turbine IT250, IT1000, and IT10MW Systems

Small Diameter Wood Processing for High Value and Large Profits

Explore the profitable and sustainable opportunity of small diameter wood processing. Learn how innovative technologies and market demand are transforming this underutilized resource into valuable products, driving both economic growth and forest health.

Infinity Turbine and Global Energy (inventor of the Container Kiln in 1992) are developing small diameter wood sawmill and vacuum bag drying kiln.

We are currently looking for a micro sawmill manufacturer and partners to distribute and license our new products.

Small Diameter Wood Processing Information and Opportunities

Lumber Dry Kiln Technologies: A Comprehensive Comparison

The process of drying lumber is critical in woodworking and lumber production, significantly affecting the quality, stability, and usability of the wood. As technology advances, various lumber dry kiln technologies have been developed, each with its unique advantages and disadvantages. This article provides a comprehensive comparison of the main types of lumber dry kiln technologies: conventional kilns, vacuum kilns, high-temperature kilns, and dehumidification (DH) kilns, among others.