Fermentation Company Adds 3,000 Liters of Bioproduction Capacity for Under $1 Million

Unused Bioreactor System Cuts a Two-Year Equipment Lead Time to Less Than Three Months to Operation

A U.S.-based company specializing in fermentation and contract fermentation needed to add 3,000 liters of bioproduction capacity to support an expansion project.

The challenge was both cost and timing.

New fermentation equipment from original equipment manufacturers carried long lead times—approximately two years—and pricing that made the proposed expansion difficult to justify economically.

Rather than delay the project or commit significantly more capital to newly manufactured equipment, the company turned to Phoenix Equipment to identify an existing fermentation system that could meet its technical requirements.

Phoenix initially offered several available fermenters and fermentation systems, but none were the right fit.

Instead of stopping there, Phoenix launched a targeted search for suitable capacity outside its existing inventory.

Within a short period of time, that search identified an unused BioEngineering bioreactor system from a cancelled project. The equipment had never been installed, remained in its original crates, and represented more than $3 million of previous project investment.

The buyer ultimately acquired the system and brought it into operation for a total project cost of less than $1 million, including relocation and reinstallation—and in less than three months.

The Buyer’s Challenge

The fermentation company had an immediate need to expand production capacity.

The project required an additional 3,000-liter production bioreactor system, but purchasing new equipment presented two major obstacles.

Long OEM Lead Times

New fermentation systems suitable for the project were subject to lead times approaching two years.

For a growing contract fermentation company, waiting that long for additional production capacity could mean delaying customer programs, revenue opportunities, and broader expansion plans.

High Capital Cost

The cost of ordering a new bioreactor system also made the project economics difficult.

The buyer needed a way to obtain high-quality production equipment while preserving capital for other parts of the expansion.

An existing unused system offered the potential to solve both problems.

The Right System Was Not Already for Sale

Phoenix first reviewed its existing fermentation equipment and presented several potential systems to the buyer.

None fully met the technical requirements.

This became an important part of the project.

Phoenix was not limited to the equipment already listed in its inventory.

Instead, the company began a targeted search for suitable fermentation capacity in the broader market.

Within a short period of time, Phoenix entered discussions with another client whose project had been cancelled.

That company had already purchased a complete BioEngineering bioreactor system but no longer had a use for it.

The cancelled project created an opportunity for one company’s stranded capital investment to become another company’s expansion solution.

An Unused Bioreactor System in Pristine Condition

The available BioEngineering system had never been installed or operated.

The equipment remained in its original crates and in pristine condition.

The system included:

• Two 300-liter seed vessels

• Two 800-liter seed vessels

• One 3,000-liter production vessel

• 316L stainless steel construction

• Integrated equipment designed for cell-based production

• Equipment that had never been installed

• Original crating and excellent physical condition

The seller had invested more than $3 million in the project before it was cancelled.

For the fermentation company, this created an unusual opportunity: acquire essentially unused, world-class production equipment without paying the cost or waiting through the lead time associated with a new OEM order.

Why Buying the Existing System Made Sense

The decision came down to three major advantages.

Capital Efficiency

The original project represented more than $3 million of investment.

The buyer’s total project cost—including acquisition, relocation, and reinstallation—was ultimately less than $1 million.

That allowed the company to add significant production capacity while deploying substantially less capital than would have been required for a comparable new system.

Speed

A new system could have required approximately two years of lead time.

The acquired system was already manufactured, packaged, and available.

The buyer brought the equipment into operation in less than three months.

Equipment Condition

This was not heavily used process equipment.

The bioreactor system had never been installed and remained in pristine condition in its original crates.

The buyer therefore obtained the cost and schedule advantages of the secondary equipment market while acquiring equipment with no prior production history.

Technical Evaluation Before Purchase

Finding an available system was only the first step.

Phoenix worked with the buyer over several weeks to confirm that the bioreactor system met its technical requirements.

This evaluation was critical.

Buying an existing fermentation system requires more than matching vessel capacity. The buyer must consider process requirements, vessel design, metallurgy, controls, supporting equipment, installation requirements, and how the system will fit into the new production environment.

Phoenix provided the buyer with the time and information needed to evaluate the system properly before moving forward.

Flexibility to Arrange Project Financing

The buyer also needed time to arrange financing for the acquisition and expansion project.

Phoenix worked with the company’s schedule and provided sufficient time for the buyer to put its financing in place.

For an expanding manufacturer, this flexibility can be an important part of acquiring an existing process system.

The value of a used plant acquisition is not simply the purchase price. A successful transaction must also align technical evaluation, financing, removal, transportation, and installation with the buyer’s overall project plan.

Acquisition, Removal, and Delivery

Phoenix secured the equipment through a competitive purchase process and then managed the physical transfer of the system.

Phoenix’s scope included:

• Acquisition of the complete bioreactor system

• Coordination with the original asset owner

• Buyer technical evaluation

• Scheduling around the buyer’s financing requirements

• Removal of the equipment from the seller’s site

• Loading

• Packing and securing equipment

• Transportation to the buyer’s facility

Because the system had already been manufactured and preserved, the project could move rapidly once the acquisition was completed.

The Buyer’s Result

The fermentation company added 3,000 liters of production capacity without waiting approximately two years for newly manufactured equipment.

The financial result was equally significant.

Buyer Results

Less than $1 million
Total project cost, including acquisition, relocation, and reinstallation

Less than 3 months
Time to operation

More than $3 million
Original investment represented by the unused system

3,000 liters
Additional production bioreactor capacity

100% of core process assets reused
Existing major equipment was redeployed rather than replaced with newly manufactured assets

Strategic Advantages for the Buyer

• Avoided an approximately two-year OEM lead time

• Added 3,000 liters of bioproduction capacity in less than three months

• Completed the entire project for under $1 million

• Acquired equipment representing more than $3 million of prior investment

• Obtained unused equipment in pristine condition

• Avoided the capital burden of purchasing an equivalent new system

• Phoenix sourced the system even though a suitable unit was not initially in inventory

• Received time to complete technical diligence and arrange financing

• Phoenix managed removal, packing, loading, and delivery

For the buyer, the transaction transformed an expansion project that had been difficult to justify into one that could move forward quickly and economically.

The Seller’s Result

The seller faced the opposite problem.

It had already invested more than $3 million in a high-quality bioreactor system for a project that was ultimately cancelled.

The equipment was valuable, but the company no longer had a productive use for it.

Phoenix acquired the assets through a competitive process, providing the seller with immediate liquidity and a partial recovery of its prior investment.

Strategic Advantages for the Seller

• Recovered capital from a cancelled project

• Converted unused equipment into immediate liquidity

• Freed capital for other business priorities

• Avoided continuing to store and manage equipment it no longer required

• Transferred the complete system to another industrial user rather than breaking it up or allowing it to remain idle

The transaction gave the seller an exit from a stranded capital investment while giving the buyer access to capacity it urgently needed.

From Cancelled Project to Operating Capacity in Less Than Three Months

This project demonstrates one of the clearest advantages of the secondary process equipment market.

The fermentation company’s expansion was constrained by high new-equipment costs and an approximately two-year OEM lead time.

At the same time, another company had already invested more than $3 million in a complete bioreactor system that it would never use because its project had been cancelled.

Phoenix Equipment connected those two situations.

When no suitable system was immediately available in Phoenix’s inventory, Phoenix searched the broader market, identified the unused BioEngineering system, secured the assets, supported the buyer’s technical evaluation and financing timeline, and managed removal and delivery.

The buyer ultimately put the system into operation in less than three months at a total project cost of under $1 million.

For the buyer, the result was a faster and dramatically more capital-efficient path to expanding fermentation capacity.

For the seller, it meant recovering meaningful value from equipment stranded by a cancelled project.

The project illustrates why buyers considering major process expansions should evaluate the existing equipment market before committing to new fabrication: the capacity they need may already have been engineered, manufactured, and paid for—without ever having entered service.