Inside this issue
From the Editors
In the News
- Drax Announces Arkansas Investment
- Enviva Move Forward On New Plants
- New Venture Forms Bioenergy Platform
- Pinnacle Is Officially Part Of Drax
- Strategic Biofuels Gains Ground
- Enviva, Drax Sign Letter To Biden
- Air Permit Issued For Proposed Plant
- Hyuga Biomass Plans 50 MW Plant
- Lignetics Expands Pellet Offerings
- Enviva Joins Sea Cargo Charter
- Japan Power Plant Construction Starts
- Trillion Trees Act Grows Support
- Stored Solar Buys Biomass Power Plants
- IP Helping Fund Research Programs
- SC Road Entrance Permit Now In Effect
- Project Learning Tree Releases Curriculum
- SFI Launches Urban Forest Initiative
- Northern Spotted Owl Is Back In Court
- Good Earth Names Management Team
- Rural Schools Gain USDA Funding
- Book Teaches Kids About Logging
- Oregon Mill Has New Life
The Future Is Bright
Editor’s Note: Pete Madden took over as President of the U.S. Endowment for Forestry and Communities in mid-2000. Madden joined the Endowment with more than 30 years of experience in the forest sector – and is a registered forester. He has held roles in land management, procurement, supply chain and logistics and renewable energy within well-known and respected players including Westvaco, Georgia-Pacific and Plum Creek. Most recently, Madden led Drax Biomass as president and CEO. He holds a Bachelor of Arts degree from Marlboro College in Vermont and both a Master of Science in Forestry and an M.B.A. from the University of New Hampshire. The Endowment, headquartered in Greenville, South Carolina, was established in September 2006 at the request of the governments of the U.S. and Canada in accordance with the terms of the 2006 Softwood Lumber Agreement. Madden agreed to answer several questions posed by the editors of Wood Bioenergy.
Chippers & Grinders
Editor’s Note: The following companies submitted editorial profiles and images to complement their advertisements placed in the Wood Bioenergy June 2021 issue.
- Bruks Siwertell
- CW Mill
- Europe Forestry BV
- US Blades
- KPA Unicon Has New Majority Owner
- Doosan Enhances Wheel Loaders
- More Orders, More Workforce For Rottne
- Fulghum Develops New Knife Clamp
- NAF Invests In Test Center
- Doppstadt Built Recycling Leader
- New Dates Planned For Mid-Atlantic Expo
- John Deere Unveils Precision Forestry
- Doosan Announces Top 2020 Dealers
- Cat Reveals Next Generation
- Level Switch Detects Wood Chips
- Keen Safety Boot Fits Workplace
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From the Editors
Walking through ZeaChem’s cellulosic ethanol refinery demo plant in Boardman, Ore. back in 2012, we were standing on a catwalk two stories off the floor, looking at a jungle of pipes, valves and tanks. Former ZeaChem CEO Jim Imbler looked around and said that to successfully scale up the company’s innovative and efficient acid-based conversion process to a true commercial wood-based cellulosic ethanol operation, among other things, every component we were looking at needed to be 10 to 100 times larger in size or capacity while still operating under the same tolerances and inputs and outputs that made the concept “provable” in the lab or demo plant.
While the demo plant is still in Boardman, the story is a familiar one in the alternative energy industry: The financing required to take the concept commercial never materialized—and circumstances changed. The price of oil and natural gas have stayed remarkably low, leading to less incentive to finance many different alternative energy projects. Meanwhile the 30,000 acre tree farm nearby that was to furnish most of the ZeaChem refinery’s raw material was sold and converted to a huge dairy operation.
ZeaChem went on to reinvent itself as Zea2 Bioworks, which now provides scale-up and custom manufacturing solutions for the production of nutraceuticals, supplements, food ingredients, and API for the agriculture and biotechnology industries. The facility isn’t lighting the bioenergy world afire, but it’s also a viable operation that’s survived, although in a different form. Then again, most of these type ideas and concepts don’t even get out of the lab, much less survive in the real world in any form.
From Left: Rich Donnell, Editor-in-Chief; Jessica Johnson, Senior Associate Editor; Patrick Dunning, Associate Editor; David Abbott, Senior Associate Editor; Dan Shell, Senior Editor
So it was with much interest that we recently read of the joint effort between researchers at Lawrence Berkeley and Sandia National Laboratories that has developed a more efficient process to manufacture cellulosic ethanol using commercially available enzymes and a specially engineered yeast to break down lignin and release wood sugars and convert to ethanol.
The new “one-pot” single container process uses less water and energy as well, researchers say, and is a game-changer that makes wood-based cellulosic ethanol fully cost competitive with the corn-based ethanol that dominates the market today.
The research effort is targeting the need to develop woody biomass markets in California, which is embarking on a major wildland wildfire prevention and woodland thinning program that will generate mountains of biomass. Cupertino-based Aemetis is the company that’s working to commercialize and scale up the technology. The company has a solid record, operating a California ethanol plant and biochemical plant in India with more than 110 million gallons capacity combined. We wish them all the luck and look forward to one day touring an Aemetis woody biomass cellulosic ethanol plant and writing about it.
But even the best ideas can get derailed by technical issues that may or may not be controllable or by market and financial issues that are definitely not. A process has to scale up efficiently to have a chance, but finances and markets must be favorable as well.
Cover Story: Florida Logger Finds Success Supplying Power Plant
Article by Patrick Dunning, Associate Editor, Wood Bioenergy
Williston, Florida – What began as a swamp and hill operation in 1971 hand-felling pulpwood in Williston, Florida, has diversified into a substantial chipping-for-biomass operation in recent years for William “Bill” Harrison, 69, and his company Harrison Logging Co. What brought the change? A variety of factors, but the biggest being the opening of a new market near Harrison’s home in Florida, a municipal electric utility burning wood chips for power, now operating under the name Deerhaven Renewable Generating Station. First brought online in late 2013 as Gainesville Renewable Energy Center (GREC), the 102.5 MW facility burns biomass chips sourced from the region Harrison cuts, so it was a natural fit.
A mix of logging iron keeps Harrison’s three chippers steadily supplied with material.
Harrison has crews that contract cut for Columbia Timber Co., and have since the 1980s. Columbia had the first contract to provide wood for the Gainesville plant, and through that contract, Harrison was introduced to chipping-for-biomass.
In the beginning, the logging crew used the Columbia purchased Bandit 2590, but it quickly became evident that the market demanded a heavier-duty machine, and an increase in production. Now, Harrison operates three Bandit chippers, one 3590XL for M.A. Rigoni and two 3590s for Columbia Timber Co. producing a total of 250 loads of chips a week.
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“I’m more impressed with this lineup of speakers than any we’ve had in the history of our event,” comments Rich Donnell, Co-Chairman of the eighth Wood Bioenergy Conference & Expo, which will be held Tuesday-Wednesday, March 12-13, at the Omni Atlanta Hotel at Centennial Park in downtown Atlanta, Georgia…
Air Burners, a manufacturer of air curtain burner systems, has collaborated with Rolls-Royce and Volvo Construction Equipment to develop and test the BioCharger—a portable machine that turns biomass waste into energy. The BioCharger combines three innovative steps to provide off-grid power from vegetative waste management. First, it eliminates vegetative waste using air curtain technology to minimize the harmful particulate matter entering the atmosphere…
RENOVA, Inc. reports that the Tokushima Tsuda Biomass Power Plant at Tokushima City, with a capacity of 74.8 MW started operating on December 9. It’s fueled by wood pellets and palm kernel shells…
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