The BioForge One plant has the capacity to store 800,000 pounds of corn syrup, equivalent to four rail cars, at any given time.

The 10,000-gallon reactor at Solugen's BioForge One plant is a scaled-up version of the company's original 7-gallon PVC prototype.

Solugen's chemoenzymatic process achieves a 96% reaction yield at scale, a significant improvement over traditional methods that might yield 60%.

Solugen's BioForge One facility can load tanker trucks at a rate of approximately 300 gallons per minute.

Solugen used its seed funding to build its first large-scale pilot reactor, which had a capacity of 1,500 gallons.

Solugen conducted its first field trial with an oil and gas customer in January 2018.

Solugen spent between $10,000 and $15,000 on a targeted billboard campaign to acquire a key executive at a saltwater disposal company as its first oil and gas customer.

Following its seed round, Solugen relocated its operations to Houston, Texas, to be closer to its customer base.

The high concentration of hydrogen peroxide observed in pancreatic cancer is caused by a specific mutated enzyme unique to those cancer cells.

A single 'Coke bottle' volume of Solugen's proprietary enzyme can produce enough final chemical product to fill two to four tanker trucks.

Solugen has invented a process called 'chemoenzymatic processing' which pairs an enzyme with a metal catalyst to produce chemicals.

A co-founder of Solugen discovered a mechanism in pancreatic cancer where local hydrogen peroxide concentrations can reach 50%.

The main reactor at Solugen's BioForge One plant is a 60-foot-tall bubble column with a capacity of 10,000 gallons.

Solugen's first three customers were owners of float spas and hot tubs located in Dallas.

In May 2016, Solugen won $10,000 by placing second in the MIT 100K competition.

Solugen's BioForge One plant was constructed using a modular approach, with components built simultaneously in five different locations and then assembled on-site over a four-month period.