The federal government has signaled a major strategic commitment to energy innovation with the proposed FY2027 budget establishing four dedicated Centers of Excellence at the National Energy Technology…
DOE Stands Up a Dedicated Oil & Gas Center of Excellence
The federal government has signaled a major strategic commitment to energy innovation with the proposed FY2027 budget establishing four dedicated Centers of Excellence at the National Energy Technology Laboratory (NETL) .
Spanning oil and gas, coal, critical minerals, and geothermal energy, this restructuring is real and moving fast—the Morgantown Coal Center officially launched in February 2026 , and the Oil & Gas Center of Excellence is now stepping into the spotlight.
Housed at NETL’s sprawling South Park campus in Pittsburgh, Pennsylvania, is a facility encompassing roughly 240 acres, 98 buildings, and a broader network of nearly 1,820 employees across its sites. The center is designed as a dedicated hub for collaboration . It aims to connect industry stakeholders directly with NETL’s world-class laboratory capabilities, facilities, and multidisciplinary research teams.
With NETL infrastructure funding proposed to rise 2% to $58 million and research operations budgeted at approximately $80 million, the federal focus on fossil fuel technology is clear. BioSqueeze was on the ground for the center’s launch event, reflecting our growing role in the federal energy innovation ecosystem and our direct alignment with NETL’s mission to advance commercially viable oil and gas technologies.
Why This Matters for the Industry
This federal commitment arrives at a critical juncture. For the first time in four years, U.S. crude oil production is projected to dip slightly in 2026 , dropping by roughly 100,000 barrels per day to 13.5 million b/d according to the EIA. An earlier 2025 study by the IEA highlighted a staggering reality: nearly 90% of annual upstream investment now goes strictly toward offsetting production declines rather than funding growth.
Globally, mature fields account for approximately 70% of total production. Yet, primary and secondary recovery techniques still leave up to 60% of the original oil in place. The industry desperately needs better tertiary recovery methods that seamlessly integrate into existing infrastructure.
Consequently, the global Enhanced Oil Recovery (EOR) market, which is valued between $50 and $60 billion today, with North America commanding a 40% share, is projected to surge toward $118 billion by the 2030s . Operators facing tighter margins, flattening production curves, and demands for strict capital discipline are increasingly prioritizing refracturing and EOR.
NETL’s new model of clustering specialized R&D around these exact commercial challenges creates a highly efficient pathway for technology providers like BioSqueeze to collaborate with federal researchers, validate advancements, and accelerate industry-wide adoption.
The Refracturing Opportunity and the Problem Nobody Talks About
Refracturing offers an undeniably compelling value proposition. Re-stimulating an existing well costs anywhere from $1 million to $3 million , a fraction of the $6 million to $10 million required to drill and complete a new well. A successful refrac can unlock an additional 20% to 40% of previously inaccessible hydrocarbons.
With over 100,000 unconventional wells already drilled across U.S. shale plays, more than half suffer from production volumes low enough to qualify as prime refrac candidates. Recent industry gatherings, such as the 2025 SPE Hydraulic Fracturing Technology Conference , highlighted impressive advances in candidate selection, fiber-optic diagnostics, and diverter technology .
But an elephant remains in the room: refracturing only works optimally when stimulation energy is directed into unproduced rock. All too often, it flows back into depleted, water-saturated fracture networks. If these water-producing zones are not properly sealed before re-stimulation, the refrac simply follows the path of least resistance.
This isolation step is where most operators struggle. Conventional diverter agents are inherently temporary. Gel-based shutoff fluids degrade over time and fail to penetrate deep into micro-fractures. Traditional cement squeezes are far too viscous to reach the intricate subsurface pathways that actually dictate flow.
How Biomineralization Enables Better Refracs
BioSqueeze’s biomineralization technology was engineered to address this exact gap. Before a refracturing operation begins, low-viscosity biomineralization fluids are pumped into the depleted fracture network. Carrying naturally occurring microbes, these fluids easily penetrate deep into the problematic water-producing pathways. Once in place, they precipitate crystalline calcium carbonate, creating a permanent, durable mineral seal.
This seal effectively shuts off the depleted zones, redirecting the subsequent stimulation energy exactly where it belongs: into unproduced rock where new fractures can access fresh hydrocarbons.
The advantages over conventional pre-refrac treatments are profound. The seal is mineral-based rather than a degradable polymer. The water-like viscosity of the fluids allows them to reach pathways that cement cannot physically enter. Furthermore, the delivery process requires minimal equipment and logistics compared to a traditional, heavy-footprint workover. The end result is that operators get significantly more return out of every refrac dollar spent.
With over 350 commercial field deployments completed, BioSqueeze brings a level of operational maturity that most emerging EOR technologies simply cannot match.
Where NETL's Center and BioSqueeze's Technology Converge
NETL has explicitly stated that the mission for its Centers of Excellence is to "apply technology to work efficiently, partnering with industry and leveraging national lab capabilities to solve challenges with commercial viability." Biomineralization is a direct fit for this mandate.
While it is already a commercially deployed technology, its ongoing optimization stands to benefit immensely from the deep subsurface characterization, advanced reservoir modeling, and materials science expertise housed at NETL.
NETL currently manages nearly 700 federally-sponsored R&D projects alongside private sector researchers. The new center model establishes a structured, industry-aligned entry point—whether through Cooperative Research and Development Agreements (CRADAs), broad partnership agreements , or co-funded research.
Potential areas for collaboration are vast, ranging from validating biomineralization performance in highly specific reservoir types and integrating NETL’s computational modeling with our field data, to standardizing treatment protocols and advancing produced water reduction efforts. BioSqueeze’s active presence at the Pittsburgh launch makes our stance clear: we are here to participate in, not spectate, the evolution of the federal oil and gas innovation ecosystem.
The Bigger Picture: Innovation as an Industry Imperative
The oil and gas sector is navigating a distinct inflection point. Production is flattening while operational costs are rising, driven by everything from raw material tariffs to escalating produced water management constraints. In an era where volume growth has taken a back seat to capital discipline, technologies that squeeze more value from existing assets have transitioned from "nice-to-have" to strategically essential .
NETL’s Oil & Gas Center of Excellence represents a high-stakes bet that the federal government and private industry can accelerate this crucial innovation together. BioSqueeze is at the table because biomineralization is exactly the kind of technology required to win that bet.
Ready to Optimize Your Assets?
BioSqueeze is proud to be part of the conversation as NETL launches its Oil & Gas Center of Excellence. If your team is exploring refracturing, EOR, or complex well integrity challenges and you want to understand how biomineralization can seamlessly integrate into your program to boost ROI, we are ready to help.