Lauren Scott, left, CEO and founder of Alkcon Corporation, with Kent Hoekman of Desert Research Institute with a gas analizer at DRI used to test gas samples from Alkcon. Hoekman, who has a Ph.D. in organic chemistry, is a technical advisor to Alkcon regarding the company's patent pending process to convert methane to biopropane.
A Sparks startup with new biofuel conversion technology has an ally in its race to beat a European giant to market.
Alkcon Corporation, founded by Lauren Scott in 2013, recently announced an agreement with Flogas Group of Leicestershire, England.
Flogas signed a letter of intent to exclusively market and sell Alkcon’s gas-plasma methane-to-propane conversion system in the United Kingdom, Ireland, France, Norway, Sweden, Netherlands and Belgium.
The agreement is worth $60 million dollars over five years starting with the delivery of the first system — the MP32K — expected by mid to late 2016.
With a stamp of approval from Flogas, Alkcon is in a stronger position to seek investor funds to fine tune the concept and to start production.
“The Flogas agreement is based on lab work we’ve been doing,” said Alkcon CEO Scott, who has more than 20 years of technical and management experience in developing process equipment for the semiconductor and biofuels industry.
The agreement “demonstrates customer acceptance of the technology.”
Propane is the third most used fuel worldwide. However, the current supply of propane is manufactured from fossil fuels.
Scott began research several years ago on a way to convert methane from biowaste into propane. Her research picked up focus last year after President Obama announced a campaign to dramatically reduce emissions from methane, a greenhouse gas 20 times more potent than carbon dioxide, that’s mostly generated by cattle, landfills and oil-and-gas production.
“We can go after about half the methane gas,” Scott said of her process to convert methane to propane. She has a patent pending on the technology.
Alkcon is not the only company working to make propane a green energy.
In October, Neste Oil announced an exclusivity agreement with SHV Energy to sell Neste’s biopropane, to be manufactured in one plant in Rotterdam, in numerous European countries beginning in late 2016.
“Our job right now is to race to develop this machine … ahead of Neste,” Scott said. “It’s really a race for PR, and the notoriety of being the first distributor of biopropane.”
The Neste/SHV agreement helped boost Alkcon’s position. Hits on Alkcon’s website spiked and phones began ringing, because the agreement locked out other European suppliers from access to biopropane.
“I’ve been working on biopropane pathways since 2011,” Scott said. “No one was interested until the Neste agreement.”
Flogas was first out of the gate with an exclusivity agreement with Alkcon.
It has a five-year agreement to purchase eight MP32K units between July 2016 and June 2017 and 12 units a year for another four years.
With Alkcon gearing up to fulfill its part of the agreement with Flogas, Scott expects to hire about 25 people in the next 14 months, positions ranging from engineering to manufacturing.
“The idea is to build this cargo-container sized machine in Sparks,” she said.
Alkcon already has a team of experts moving the propane conversion technology from concept to prototype. Phil Martin, Alkcon’s vice president of business development, has a background in global markets, and Chief Technical Officer Ryan Ravenelle, holds a Ph.D. in chemical engineering.
Alkcon also has a team of technical advisors fro the Desert Research Institute and University of Nevada, Reno, to critique the science and check the math.
Once the first 12 machines are delivered to Flogas, Alkcon plans to scale up. Companies around the world have expressed an interest in Alkcon’s conversion system.
“Our problem is not finding where to put the machines — people are calling us all the time,” Scott said.
As resources increase, expect additional technologies to hit the market. Besides the MP32K, Alkcon has concepts for smaller systems that could produce propane on individual farms from methane-producing waste, larger systems that can convert the methane from landfills into propane, and a unit to convert methane now being burned off at oil and gas drilling sites.
“There’s a huge potential market with all the propane in use,” Scott said. Biopropane “can be sold to any propane distributor.”
