energy Archives - Âé¶ąTVÍřŐľ /tag/energy/ Thu, 26 Mar 2026 21:54:18 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 Advancing Conversations on Orphan and Idle Wells — From Bakersfield and Beyond /advancing-conversations-on-orphan-and-idle-wells-from-bakersfield-and-beyond/ Tue, 24 Mar 2026 15:00:48 +0000 /?p=247529 The post Advancing Conversations on Orphan and Idle Wells — From Bakersfield and Beyond appeared first on Âé¶ąTVÍřŐľ.

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By Alex Hartig, Program Manager and A.J. Alshammasi, Senior Engineering and Operations Manager

This week, we’ll be in Bakersfield, California, joining peers from across the country at the 2nd Annual Orphan, Idle & Marginal Wells California Conference. For those of us working directly on well plugging and abandonment, this gathering comes at an important moment.

Across California — and well beyond — states are facing a growing inventory of orphan, idle and marginal wells. Many of these wells, drilled in the early and mid-20th century, were left without proper documentation or closure, leading to methane leaks, soil and groundwater contamination and safety risks to nearby communities.

From our perspective, conferences like this matter because they create space for honest, technical conversations about what is working, what is not and where programs still struggle.

Why This Work Matters to Us

Both of us dedicate our days to the intricacies of well abandonment, engaging in project planning, navigating regulatory requirements, coordinating field teams and addressing unforeseen issues that arise once operations commence. Each site and well presents unique challenges, frequently extending beyond purely engineering concerns to include data deficiencies, community considerations and long-term land use planning.

Alex’s work focuses heavily on subsurface investigations and remediation across Southern California, including sites with complex contamination histories and limited documentation. Much of that effort involves review of historical aerial photos, available public/private records and aligning closure activities with broader environmental compliance goals.

A.J.’s role centers on leading engineering, operations and risk management for complex orphan, idle and marginal wells — reconstructing incomplete well histories, designing abandonment programs that are technically sound, regulatorily defensible and executable in the field. That often means balancing cost, safety, environmental protection and uncertainty, all at once.

What connects our work is the belief that successful closure programs rely on collaboration — between engineers, geoscientists, regulators and communities — and on the smart use of modern tools.

Sharing Lessons from the Field

At the conference, A.J. will be presenting “A Well Abandonment Journey Overview,” which draws directly from real‑world project experience. The presentation will walk through how teams are approaching complex abandonment projects today, including:

  • Reconstructing well histories when records are incomplete or missing.
  • Using drone‑based geophysical tools to help locate undocumented wells.
  • Integrating engineering design with field execution to reduce surprises.
  • Applying risk‑based planning to prioritize work and protect communities.

These are not theoretical concepts — they’re lessons shaped by what we see on the ground. Our goal in sharing them is to contribute practical insights that others can adapt to their own programs.

The Value of Coming Together

The technical challenges around orphan and idle wells are significant, but so are the opportunities. We’re seeing encouraging progress as states invest in closure programs and as the industry becomes more open to new technologies and cross‑disciplinary approaches.

What we value most about this conference is the opportunity to listen — to hear how others are addressing similar challenges, to learn from different regulatory environments and to understand community perspectives that shape how projects move forward. These conversations help refine practices and, ultimately, improve outcomes.

As national efforts to address legacy wells continue to scale, the path forward depends on shared learning and sustained collaboration. We’re looking forward to being part of that conversation in Bakersfield — and to carrying those insights back into the work that continues long after the conference ends.

Learn more about Âé¶ąTVÍřŐľ’ĚýOrphan, Idle and Marginal Well Closure services.

Brett Haggerty

Alex Hartig

Program Manager

Alex Hartig has twenty years of experience managing oil and gas and other related subsurface investigations and site remediation projects at sites located throughout southern California. Investigations have focused on the identification and remediation of petroleum hydrocarbons, VOCs, heavy metals and pesticides in soil and groundwater. Alex also has extensive experience managing and implementing successful compliance projects associated with stormwater, spill prevention and hazardous waste management. Currently, Alex serves as the program manager for several high-profile oil well abandonment and soil/groundwater assessments for sites in Los Angeles, San Mateo, Santa Barbara and Kern County.Ěý

Brett Haggerty

A.J. Alshammasi

Senior Engineering and Operations Manager

A.J. Alshammasi serves as a Senior Engineering and Operations Manager at Âé¶ąTVÍřŐľ. He is a distinguished professional in the Oil and Gas sector, boasting over two decades of comprehensive industry experience. A.J. has valuable experience across a wide range of areas, including leadership, project management, well engineering, operations, strategic planning, business strategy, engineering economics, regulatory, sustainability, supply chain and risk management.

At Âé¶ąTVÍřŐľ, A.J. leads engineering, project management and operations teams, focusing on providing valuable well and abandonment designs, regulatory consultation and resolving liability management issues. His work primarily focuses on idled and abandoned wells, environmental and well risk mitigation and asset retirement obligations.

He will be presenting, “A Well Abandonment Journey Overview” at the upcoming Energy Network Conference’s on March 24.

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A leap forward in clean energy innovation – groundbreaking ceremony celebrated at Aurora powerhouse project /a-leap-forward-in-clean-energy-innovation-groundbreaking-ceremony-celebrated-at-aurora-powerhouse-project/ Thu, 16 Oct 2025 15:37:03 +0000 /?p=247069 The post A leap forward in clean energy innovation – groundbreaking ceremony celebrated at Aurora powerhouse project appeared first on Âé¶ąTVÍřŐľ.

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Âé¶ąTVÍřŐľ continues to demonstrate its leadership in advancing America’s next generation of clean energy infrastructure through its support of the Aurora Powerhouse project at Idaho National Laboratory (INL). The project, developed by and advanced under the U.S. Department of Energy’s (DOE) Reactor Pilot Program, represents a key milestone in deploying innovative nuclear technologies that will strengthen U.S. energy security and resilience.

On September 22, leaders from government, industry, and the clean energy sector gathered at INL to celebrate the project’s groundbreaking—a moment that underscored growing national momentum behind advanced nuclear energy.

As part of the early-stage development, Âé¶ąTVÍřվ’ technical expertsĚýprovided preliminary geotechnical investigation and on-site testing services, which helped inform the design and licensing efforts, in addition to supporting critical inputs for site development and regulatory approvals. Âé¶ąTVÍřŐľ is also supporting the project by providing survey services using aerial LiDAR methodology with traditional survey methods to deliver accurate, high-resolution mapping within a very short schedule. These services help guide site layout, infrastructure placement, and construction execution—not only improving sustainable infrastructure but also promoting a safe environment.

“Our nation’s clean energy future relies on collaboration and technical excellence,” said David Cram, Senior Vice President at Âé¶ąTVÍřŐľ. “Projects like Aurora demonstrate how innovation, engineering precision, and partnership can accelerate deployment of next-generation energy infrastructure. Âé¶ąTVÍřŐľ is proud to bring our deep expertise to help shape this new era of American clean energy.

For more than three decades, Âé¶ąTVÍřŐľ has supported nuclear power, research, and environmental cleanup initiatives across the United States. Since 2002, the company has partnered with the DOE on a range of critical programs at INL, including the Spent Fuel Handling Project, Remote-Handled Low-Level Waste Facility, and Carbon-Free Power Project. These long-term partnerships underscore Âé¶ąTVÍřվ’ trusted role in ensuring technical integrity, regulatory compliance, and environmental stewardship across the nation’s nuclear infrastructure.

With momentum building around the U.S. nuclear renaissance, Âé¶ąTVÍřŐľ remains at the forefront of engineering, testing, and assurance services that enable safe, efficient, and innovative energy solutions. The company’s contributions to the Aurora Powerhouse project reflect its broader mission: delivering the expertise, technology, and collaboration needed to power a more resilient, secure, and sustainable energy future.

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Bold Steps Toward a Greener World /bold-steps-toward-a-greener-world/ Fri, 05 Jul 2024 14:55:02 +0000 /?p=244796 The post Bold Steps Toward a Greener World appeared first on Âé¶ąTVÍřŐľ.

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Ferrari’s Electric Leap

In the tranquil yet industrious heart of Northern Italy, ’s state-of-the-art factory hums with activity. Engineers in their iconic cherry-red uniforms carefully assemble what will soon be the brand’s first fully electric vehicles. This significant shift, marked by a new €200-million ($218.3 million) “e-building,” symbolizes a pivotal moment for the 77-year-old luxury sports car manufacturer.

However, Ferrari’s transition comes at a challenging time. The auto industry’s initial zeal for electric vehicles (EVs) is cooling off, hindered by costly investments and waning global demand. Giants like Mercedes-Benz and Lamborghini are scaling back their EV ambitions, while Tesla and Ford report setbacks and adapt their strategies.

Yet Ferrari forges ahead, eyeing a new demographic — the affluent environmentalist. Slated for a late 2025 debut, Ferrari’s first all-electric model promises to rival the Porsche Taycan Turbo GT. CEO Benedetto Vigna aims to prove that EVs can be both luxurious and profitable, with plans for electric and hybrid cars to comprise up to 80% of Ferrari’s annual output by 2030.

The new electric Ferrari remains shrouded in mystery, but speculation is rife. Analysts ponder its battery life, design, sound, and price, with some ($540,000).

Vigna is confident that the iconic roar of Ferrari engines, albeit electric, will captivate new and traditional customers.

Source American Institute of Physics | Nuclear fusion experiment focusing on 192 beams into a hohlraum.

Fusion Energy Breakthroughs Propel Quest for Sustainable Power

For over a century, scientists have been captivated by the potential of nuclear fusion to become a viable Earth-based energy source.

Fusion promises to produce millions of times more power than fossil fuels without carbon emissions or the risks associated with current nuclear fission plants.

Recent breakthroughs and the urgency of climate change have accelerated the push toward commercial fusion power.

In 2022, the (NIF) achieved “ignition,” generating more energy from a fusion reaction than used to start it. MIT also tested a groundbreaking magnet that could make fusion reactors more economical, attracting significant private investment, with the fusion energy sector drawing over $6 billion last year.

Despite the optimism, challenges remain. Critics argue that wind and solar power, combined with energy storage and smart grids, may be more feasible in the short term.

Nevertheless, the is forging ahead with significant funding allocated to fusion startups and plans to commercialize fusion energy globally.

The U.S. government also supports fusion through legislative initiatives and funding programs, emphasizing the need for imagination and determination to achieve this “holy grail” of energy.

With global investments from China and the U.K., the race for fusion energy is intensifying, offering the potential for a nearly limitless, clean energy source that could transform the world.

Source ConstructionDive | Officials holding hose where work for porous pavement is being installed.

NYC’s $32 Million Porous Pavement Project Tackles Flooding

New York City is taking a significant step to address flooding by investing over $32 million in its first major porous pavement project.

This initiative aims to install water-absorbing material along , allowing stormwater to seep into the ground rather than overloading the city’s sewer system.

Part of NYC’s broader green infrastructure strategy, the project includes features like street trees, rain gardens, and wetlands to manage stormwater naturally.

The Brooklyn project alone is expected to divert 35 million gallons of stormwater annually, mitigating the kind of flooding that last fall’s caused.

Porous pavement panels will be placed strategically next to curbs to catch stormwater before it enters the catch basins. The city conducts tests prior to installation to ensure that the underlying soil can absorb the water.

While unsuitable for areas with existing infrastructure like pipelines, this green infrastructure solution reflects a growing trend among cities nationwide to manage increasingly severe storms driven by climate change more sustainably and cost-effectively.

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