What are the benefits of energy-efficient solutions for schools?

Energy-efficient schools can reduce energy consumption, ensure uninterrupted operations, and support a sustainable future. With scalable technologies like microgrids and renewable energy systems, colleges and universities can lead the way in green campus initiatives.

What are the unique energy challenges faced by college campuses?

College campuses have diverse facility infrastructures with varied energy needs. They also face challenges from unpredictable enrollment, which requires a flexible and scalable energy infrastructure to adjust resources effectively while mitigating risks from rising grid electricity costs.

Why is environmental stewardship important for universities?

Environmental stewardship on-campus is a responsibility of all university stakeholders. Universities strive to function as models of sustainable communities by implementing clean energy projects and adopting green campus initiatives. This is also a factor for prospective students, with 45% considering environmental efforts when evaluating colleges.

How much energy do colleges typically use?

According to the U.S. Energy Information Administration, colleges use approximately 18.9 kilowatt-hours (kWh) of electricity and 17 cubic feet of natural gas per square foot of building space annually. For a typical 50,000-square-foot campus building, this translates to over $100,000 in energy costs each year.

How important is sustainability to college students?

A survey by the Association for the Advancement of Sustainability in Higher Education (AASHE) reports that 85% of respondents believe it’s at least somewhat important for their campus to prioritize sustainability, highlighting the growing demand for colleges to enhance sustainability efforts.

Oil & Gas Solutions

Discover fast, reliable, cost-effective power generated onsite without combustion.

Bloom Energy successfully delivers low-emission power to western Europe’s largest onshore oil field

Powering Europe’s Largest Onshore Oil Field with Fuel Cells

Bloom Energy fuel cells are now delivering reliable, low-emission power to western Europe’s largest onshore oil field.

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Benefits to Oil & Gas

Bloom Energy fuel cells deliver reliable, combustion-free power with up to 99.999% uptime, reduced carbon emissions and predictable energy costs.

Cost Reduction

Secure savings the double digits with predictable long term power costs.

Resilient

Bloom Energy can deliver greater reliability than the grid at up to five nines (99.999%) of availability.

Clean & Sustainable

Combustion-free technology virtually eliminates NOx, SOx, and particulate matter and reduces carbon emissions by up to 30% compared to conventional technologies. Zero water usage in steady state operation.

Quiet

Enjoy onsite power generation without the noise – ideal for spaces where quiet matters.

Scalable

Purpose-built from 2MW to 200MW. The Energy Server’s modular design easily scales with your power needs.

Oil & Gas Industry FAQs

What commitments is the Oil & Gas industry making regarding clean energy?

The Oil & Gas industry is making bold commitments across its entire value chain to transition to a clean energy future. Companies throughout the sector are recognizing the need to transform their power sources and operations to meet sustainability goals.

How can Bloom Energy help Oil & Gas operators transition to cleaner energy?

Bloom’s onsite power generation system has a strategic role to play in transforming the power source landscape for Oil & Gas operators. Its versatility as an energy platform makes it the most effective solution to address the industry’s complex energy needs, providing reliable, cleaner, affordable power while supporting operational efficiency.

How is the Oil & Gas value chain structured?

Oil & Gas activities can be divided across a well-defined, tightly connected value chain where all steps are tightly connected. The value chain consists of three main segments: Upstream (exploration and production), Midstream (transportation and storage), and Downstream (refining and distribution).

Where are the greatest opportunities for emissions reduction in the Oil & Gas industry?

There is significant opportunity to reduce emissions while improving efficiencies across the full lifecycle of Oil & Gas operations. Each stage of the value chain presents unique opportunities for implementing cleaner energy solutions.

How is energy consumption distributed across the Oil & Gas value chain?

Energy consumption is distributed as follows:

Upstream operations: ~45% of total energy consumption
Midstream operations: ~10% of total energy consumption
Downstream operations: ~45% of total energy consumption

Which segment of the value chain consumes the most power and generates the most emissions?

Upstream operations consume a very high share of the power throughout the value chain and generate the highest share of emissions. This makes upstream operations a critical focus area for emissions reduction initiatives.

What percentage of global emissions come from the Oil & Gas industry?

The Oil & Gas industry’s environmental impact is substantial:

Direct and indirect emissions from the Oil & Gas industry represent 9% of the global total
The fuels produced by the Oil & Gas industry create another 33% of global emissions
Combined, this means the Oil & Gas industry is responsible for approximately 42% of global emissions

What emissions reduction targets must the Oil & Gas sector achieve to mitigate climate change?

To play its part in mitigating climate change to the degree required, the Oil & Gas sector must reduce its emissions by at least 3.4 gigatons of carbon-dioxide equivalent (GtCO₂e) a year by 2050. This represents a 90% reduction in current emissions levels.

How urgent is the need for emissions reduction in the Oil & Gas industry?

The need is extremely urgent. Achieving a 90% reduction in emissions by 2050 requires immediate and sustained action across all segments of the value chain. This ambitious target underscores the critical role that innovative energy solutions like Bloom Energy’s technology must play in the industry’s transformation.

What external factors can impact Oil & Gas operations?

Natural disasters can have a significant negative impact on refinery operations and associated costs. This highlights the need for resilient, reliable energy solutions that can maintain operations during challenging conditions.

Why is operational resilience important in the Oil & Gas industry?

Given that natural disasters and other disruptions can severely impact refinery operations and create substantial costs, having a resilient and reliable power source is critical. Bloom Energy’s solutions are designed to provide high availability and maintain operations even during challenging conditions.

How does focusing on energy transformation benefit Oil & Gas operators?

By adopting advanced onsite power solutions like Bloom Energy’s technology, Oil & Gas operators can simultaneously:

Reduce their environmental footprint and meet sustainability commitments
Improve operational efficiency across the value chain
Enhance resilience against disruptions
Position themselves competitively in the transition to a clean energy future
Make meaningful progress toward the required 3.4 GtCO₂e annual emissions reduction by 2050