Latest news with #Scope1
Business Wire
7 hours ago
- Business
- Business Wire
Gulfport Energy Expands High-Impact Methane Detection Program with Bridger Photonics
BOZEMAN, Mont.--(BUSINESS WIRE)--Bridger Photonics Inc. ('Bridger'), a global leader in emissions detection for the energy industry, is proud to announce the expansion of its methane detecting scans for Gulfport Energy. Gulfport has a strong demonstrated commitment to emissions reduction, including a top 'A' grade rating from the MiQ gas certification initiative for the past two years, and has lowered its Scope 1 methane intensity by 36% over the past three years. 'Collaborating with Bridger Photonics to conduct routine flyovers in Appalachia has been instrumental in helping us proactively manage and reduce our methane emissions,' said Matt Rucker, Chief Operating Officer Share In 2024, Bridger provided quarterly aerial methane scans on Gulfport's Appalachian production assets as part of the company's ongoing work toward achieving and maintaining MiQ gas certification. Building on a successful first year, Bridger recently completed an assessment flight of the company's Mid-Continental (MidCon) assets, complementing the routine flyovers focused on Appalachia. Bridger's methane detection efforts provide detailed information and pinpoint gas plume location maps to identify methane emissions, helping Gulfport advance its commitment to emissions reduction and maintaining compliance with the rigorous MiQ certification. The data collected assists ground crews in timely repairs, as well as forward thinking operational adjustments to prevent future emissions. 'Collaborating with Bridger Photonics to conduct routine flyovers in Appalachia has been instrumental in helping us proactively manage and reduce our methane emissions,' said Matt Rucker, Chief Operating Officer at Gulfport Energy. 'Their technology provides the high-resolution data necessary to support our emissions reduction goals and sustain MiQ certification. Expanding this work to include our MidCon assets reflects our commitment to transparency and stewardship across all of our assets.' 'We are excited to continue supporting Gulfport Energy as they expand their emissions reduction program into new basins. We equip operators with the data they need to quickly and strategically repair emissions and mitigate future leaks, while keeping gas in the pipes,' stated Ben Little, CEO of Bridger Photonics. About Bridger Photonics, Inc. Bridger is the global leader in aerial methane detection for oil and gas operators throughout the natural gas value chain, helping them detect, locate, and mitigate methane leaks from operations. Bridger detects methane with its patented and state-of-the-art laser technology sensors and provides companies like ExxonMobil, Chevron, and Phillips 66, among others, with data that helps them quickly and efficiently stop methane emissions.
Economic Times
4 days ago
- Business
- Economic Times
Greening India's smart cities: From budgetary intent to scalable impact
TIL Creatives Urban India already drives over 60% of the country's GDP, despite occupying just 3% of its land. By 2036, nearly 600 million Indians—close to 40% of population—will call cities home. The recent announcement of the Urban Challenge Fund in the Union Budget marks a pivotal shift in India's urban development strategy. By positioning 'Cities as Growth Hubs' and enabling 'Creative Redevelopment', the initiative reflects growing recognition that India's economic future, climate resilience, and overall livability will be shaped by our cities. Urban India already drives over 60% of the country's GDP, despite occupying just 3% of its land. By 2036, nearly 600 million Indians—close to 40% of population—will call cities home. The pace of urbanisation is not just rapid; it is transformative. In six years, annual housing completions in the top seven cities more than doubled, from 2.5 lakh units in 2018 to 5.3 lakh in 2024. Yet, demand for homes and infrastructure continues to rise, reflected in steep housing prices that have jumped from ₹5,500 to over ₹7,000 per square foot. But beneath this growth story lies a more sobering reality. As our cities expand to meet economic needs, they are also becoming fragile. Indian cities are warming 37% faster than the national average and are increasingly vulnerable to climate stress. The question is no longer how much we build—but how well. The future of India's urban transformation depends on how we plan, construct, and operate cities sustainably and inclusively. Early wins hint at India's green city potential Encouragingly, green urbanism is no longer peripheral. A combination of progressive state policies and shifting consumer preferences is beginning to reshape the development landscape. States have long offered supply-side incentives to developers—such as additional Floor Area Ratio (FAR) for green projects or fast-track approvals that shorten timelines by up to 20%. What's newer—and critical—is the emergence of demand-side measures. States like Maharashtra now incentivise homeowners directly, offering graded property tax rebates of up to 10% for buyers of platinum-rated green homes, with smaller rebates for gold and silver-rated buildings. This nudge is timely, as less than 10% of India's residential stock is green certified. Developers are also stepping up. Leading players are aligning with net-zero goals, not just in principle but through action. Lodha Group, for instance, has cut Scope 1 and 2 carbon emissions by over 80%. Yet, green urbanism is still the exception, not the norm For all the progress, India's urban form still reflects legacy models—car-centric layouts, unplanned sprawl, and reactive infrastructure. Many indicators remain below global benchmarks. In Delhi, India's largest public transit network serves only 18% of residents within a 500-metre radius of a station. Nationwide, over two-thirds of urban settlements lack formal master plans. Where plans exist, they often overlook peri-urban growth and climate risks. 40% of sanctioned urban planning posts remain unfilled. A few cities are breaking this mold. Surat, for instance, has adopted a regional plan, linking surrounding towns into a cohesive spatial and economic framework. But such examples remain cities like Paris and Shanghai are embracing 15-minute city models—where daily needs are within walking distance. These approaches integrate nature-based planning and efficient infrastructure to boost livability and reduce emissions. Indian cities can adapt such models, especially in fast-growing construction phase also needs attention. On-site emissions are largely unmonitored. Prefabricated and modular construction can reduce material waste by up to 50%. Electrifying on-site machinery, deploying low-cost sensors to monitor emissions, and shifting to renewable power sources are practical steps. Procurement norms can be updated to favor low-embodied-carbon materials. However, systemic barriers remain—such as fragmented value chains, limited awareness. Addressing these requires coordination—from updating contracting models to enabling innovation and improving transparency. Globally, cities are moving: Amsterdam will mandate 20% biobased homes by 2025, cutting emissions by 220,000 tonnes but most importantly, is the operations phase of buildings. Operational energy use contributes nearly 70% of total emissions over a building's lifetime. Addressing this segment is critical. Smart systems can significantly improve performance. From self-regulating HVAC and lighting to IoT-enabled energy tracking, these tools are already available. Passive features—natural ventilation, optimal insulation, and daylighting—can reduce reliance on mechanical systems. Upgrading to energy-efficient appliances and pumps offers both emissions and lifecycle cost savings. 'The Edge' in Amsterdam, often called the world's greenest office, uses 28,000 sensors, solar energy, and smart controls to generate more energy than it consumes. From pilots to playbooks: what needs to change The solutions are known. What's needed now is scale. India must move from pilot projects to a playbook for systemic transformation. That shift requires action across three fronts. Governments must adopt a whole-systems lens—aligning policies, funding, and institutional capacity toward green urbanism. Proven interventions should be scaled, and urban planning recruitment must be prioritised. Secondly, real estate developers also have a critical role to play in shaping climate-resilient, people-centric assets. This includes moving beyond isolated projects to building integrated, mixed-use communities—such as 15-minute neighbourhoods. Green development should be viewed not as a compliance requirement or CSR initiative, but as a strategic business opportunity like rental premium and operational cost savings. Lastly, citizens, too, have a role. By demanding access to public transit, green spaces, and efficient homes, they can influence policy and market behavior. The bottom line: India's urban shift is rapid, with growing focus on climate-smart planning and green construction. Scaling impact now needs strong policy, institutional capacity, and real implementation across the real estate value chain. The writers are Neetu Vasanta, India Leader - Travel, Cities & Infrastructure, BCG and Yashi Tandon, Lead Knowledge Analyst, BCG.
Associated Press
22-07-2025
- Business
- Associated Press
Innovating for Impact: Decarbonization Is Smart Business Strategy for EnerSys
Trane Technologies is helping solve our customers' big challenges by innovating and delivering solutions that are better for their business and for the environment. Through our Gigaton Challenge, we aim to reduce 1 gigaton of GHG emissions from our customers' footprints by 2030. Project At-a-Glance: The opportunity: The solution: Sustainability outcomes: EnerSys is a leading battery manufacturer for industrial applications with a global manufacturing footprint. The proven reliability and durability of EnerSys' solutions have made the company a trusted provider of clean energy storage, increasingly essential for manufacturers worldwide. This has also made EnerSys a critical player in the global effort to reduce emissions. A leader in sustainable business Driven by a commitment to building a more sustainable future, EnerSys launched an ambitious initiative to achieve company-wide Scope 1 carbon neutrality by 2040. This goal was motivated by multiple factors, including the desire to improve operational efficiency and reduce the environmental impact of its manufacturing and distribution processes, particularly given that EnerSys' products and services are critical to the low-carbon transition. To accomplish this, they collaborated with Trane to create a comprehensive decarbonization program, which was ultimately recognized with an Environment + Energy Leader Award for Energy Innovation. Key members of the project team included Christina Sivulka, EnerSys Global Sustainability Senior Manager; Sam Shiroff, EnerSys Senior Director of Global Sustainability; and Trevor Joelson, Trane Energy & Decarbonization Services Account Executive. 'We focused on Scope 1 emissions because we understand that electrification is a key to decarbonization,' said Shiroff. 'The batteries we make can also play a key role in decarbonizing electricity by increasing the amount of renewable energy that can be used.' Expanding electrification The two companies began the collaborative program with a strong goal: to reduce fossil fuel emissions and expand electrification across the EnerSys facilities portfolio. The project began with a thorough evaluation of all EnerSys facilities and operations. The results of that evaluation were then used to gauge the company's overall fossil fuel use, identify immediate opportunities for reducing fossil fuel consumption, and create a roadmap for the company's transition to alternative energy sources. 'Some of the critical value Trane brought to EnerSys in the early phases of the project was helping to identify and prioritize opportunities with the highest ROI from both a financial and a carbon reduction perspective,' said Trevor Joelson, Energy & Decarbonization Services Account Executive at Trane. 'Trane's biggest advantage in this regard is our platform.' The Trane platform consists of a centralized group of resources created specifically to help support customers through every phase of their decarbonization journey. Those resources are combined according to the individual customer's need into unique programs made up of several mission-aligned solutions, each of which is delivered on the customer's timetable. 'The best part for the customer,' said Joelson, 'is that program design and advisory phases come at zero cost, making it an easy first step.' Incorporating digital enablement That advisory phase led to a multi-step equipment electrification program that kicked off in 2023 with an automation and controls upgrade at the EnerSys battery manufacturing plant in Warrensburg, Missouri. The upgrade resulted in an operational emissions reduction of over 2,000 mtCO2e, and approximately $240,000 in annual energy savings. The upgrades have yielded dramatic emissions reductions overall. In the process, EnerSys has also realized significant cost savings. For example, by collaborating with local utility providers for the Warrensburg controls project, EnerSys realized an estimated $300,000 in rebates, which helped pay for the implementation. The benefits of the upgrades don't stop there, however. The facility improvements EnerSys has made are also paying off in the form of optimized production, increased safety and improved indoor environmental quality (IEQ). What's next The Warrensburg upgrade will be followed by a boiler, compressed air, and domestic hot water upgrade at the EnerSys plant in Richmond, Kentucky, and a comprehensive energy optimization initiative at EnerSys headquarters in Reading, Pennsylvania. In coming years, more facility upgrades are expected to help the company realize both Scope 2 neutrality and a full clean energy transition by 2050. The initiative has also helped cement the position of EnerSys as a climate technology innovator. Among the recognition the company has received is a 2025 WISE (Women in Smart Energy) Award, which was given to EnerSys Global Sustainability Senior Manager Christina Sivulka at the Smart Energy Decisions (SED) Neto Zero Forum in April. 'We're proving that sustainability isn't a trade-off, but rather a strategic advantage and a smart business strategy,' said Sivulka. 'By prioritizing our carbon reduction goals, we're unlocking a world of previously unseen efficiencies and savings, confirming that sustainability isn't just a commitment, but a catalyst for innovation and growth.' 'We expect this engagement to be a model for other long-term decarbonization programs,' said Joelson. 'More and more manufacturers are realizing that if they want to reach their net-zero goals by 2040 or 2050, they had better start now. The electrified, low-carbon, sustainable future isn't coming someday, it's here now. Trane can help turn their decarbonization commitments into reality.' Learn more about this story. Explore how we are growing through sustainability and innovation in our 2024 Sustainability Report. Visit 3BL Media to see more multimedia and stories from Trane Technologies
Scoop
18-07-2025
- Business
- Scoop
Port Nelson Commissions New Zealand's First Electric Mobile Harbour Crane At Celebratory Event
Port Nelson marked a major milestone in its sustainability and infrastructure journey today with a special event to commission New Zealand's first electric dual-drive mobile harbour crane. The event was attended by Nelson Mayor Nick Smith, Rachel Boyack MP for Nelson, EECA (Energy Efficiency and Conservation Authority) representative Ben Pitt, and iwi representatives, alongside port stakeholders and staff. In a symbolic moment, Mayor Nick Smith officially powered on the new Liebherr LHM600E crane, triggering its first official lift. Port Nelson CEO Matt McDonald says the event is more than just a celebration of a new machine, it's a powerful statement about Port Nelson's direction. 'The project demonstrates our commitment to innovation and leading by example in the transition to low-emission technologies. This crane is an investment in the future of our people, infrastructure, and region, reflecting Port Nelson's ambition to build a more resilient port for generations to come.' The $17 million project was supported by $875,000 from the Government's Low Emission Transport Fund, administered by EECA. 'This project also delivered local economic benefits, with around $2 million invested in the Nelson region through labour, materials, and infrastructure upgrades,' Matt adds. The project is part of a broader electrification strategy, which includes retrofitting an existing diesel crane. The crane is capable of switching between electric and diesel modes, but is expected to operate on electric power up to 85% of the time, significantly reducing carbon emissions. Cranes currently account for around 22% of the Port's Scope 1 emissions. Nelson Mayor Nick Smith says Port Nelson's new electric harbour crane is good for the city's economy and environment. 'Our export-based economy is very dependent on having an efficient port. Nelson leads in sustainability – we have the first full electric bus service, we have one of the highest uptakes of electric cars including my own, which was New Zealand's first. It's good that we are now leading with our port commissioning the first mobile electric crane and converting one of its older diesel cranes to electric.' The crane is just one of several strategic investments Port Nelson has made in the last 18 months. Alongside the electrification programme, the Port opened Honomai, Marlborough's first Inland Port, introduced a new pilot vessel and launched a significant slipway redevelopment project, further enhancing safety, operational resilience, and local economic benefit.
Business Wire
27-06-2025
- Business
- Business Wire
UGI Corporation Releases its 2024 ESG Report
VALLEY FORGE, Pa.--(BUSINESS WIRE)--UGI Corporation (NYSE: UGI) today released its 2024 ESG report, "Delivering Positive Energy Every Day," demonstrating measurable progress across all commitments while delivering reliable, affordable energy solutions to more than 2.5 million customers across 17 countries. UGI achieved significant milestones in 2024, including: Achieving our target of a 50% reduction in accountable vehicle incidents between 2017 and 2025, one year ahead of schedule. Reporting a 6% reduction in Scope 1 greenhouse gas emissions, keeping the company on track with its 55% reduction commitment by 2025. Expanding our social impact with over $2.8 million in community contributions and more than 32,000 employee volunteer hours. Strengthening corporate governance while earning "Customer Champion" recognition from Escalent for service excellence at UGI Utilities. "Our 2024 results demonstrate the strength of our integrated approach to business excellence and sustainability," said Bob Flexon, President and CEO of UGI Corporation. "We're proving that disciplined goal-setting and consistent execution create sustainable long-term stakeholder value across all dimensions of our business." The report showcases UGI's balanced approach to sustainable operations, combining operational excellence with environmental stewardship and community investment to create long-term stakeholder value. This approach prioritizes reliable, affordable energy delivery to customers across diverse markets, continued emissions reduction through infrastructure modernization, enhanced community partnerships, and industry-leading safety and governance practices. The complete 2024 ESG report is available here. About UGI UGI Corporation (NYSE: UGI) is a distributor and marketer of energy products and services in the U.S. and Europe. UGI offers safe, reliable, affordable, and sustainable energy solutions to customers through its subsidiaries, which provide natural gas transmission and distribution, electric generation and distribution, midstream services, propane distribution, renewable natural gas generation, distribution and marketing, and energy marketing services. Comprehensive information about UGI Corporation is available on the Internet at
