China Industrial-Grade Mixed Glycerin Industry Dynamics Analysis and Development Trend Forecast Report, 2025–2031

5.7.1 PMC Group, Inc.: Basic Information, Industrial-Grade Mixed Glycerin Production Base, Sales Regions, Competitors, and Market Position 5.7.2 PMC Group, Inc.: Industrial-Grade Mixed Glycerin Product Specifications, Parameters, and Market Applications 5.7.3 PMC Group, Inc.: Industrial-Grade Mixed Glycerin Sales Volume, Revenue, Pricing, and Gross Margin (2021–2025) 5.7.4 PMC Group, Inc.: Company Profile and Core Business Activities 5.7.5 PMC Group, Inc.: Latest Corporate Developments 5.8 The Vegetable Vitamin Foods Company Pvt. Ltd. 5.8.1 The Vegetable Vitamin Foods Company Pvt. Ltd.: Basic Information, Industrial-Grade Mixed Glycerin Production Base, Sales Regions, Competitors, and Market Position 5.8.2 The Vegetable Vitamin Foods Company Pvt. Ltd.: Industrial-Grade Mixed Glycerin Product Specifications, Parameters, and Market Applications 5.8.3 The Vegetable Vitamin Foods Company Pvt. Ltd.: Industrial-Grade Mixed Glycerin Sales Volume, Revenue, Pricing, and Gross Margin (2021–2025) 5.8.4 The Vegetable Vitamin Foods Company Pvt. Ltd.: Company Profile and Core Business Activities 5.8.5 The Vegetable Vitamin Foods Company Pvt. Ltd.: Latest Corporate Developments 5.9 AEMETIS, INC. 5.9.1 AEMETIS, INC.: Basic Information, Industrial-Grade Mixed Glycerin Production Base, Sales Regions, Competitors, and Market Position 5.9.2 AEMETIS, INC.: Industrial-Grade Mixed Glycerin Product Specifications, Parameters, and Market Applications 5.9.3 AEMETIS, INC.: Industrial-Grade Mixed Glycerin Sales Volume, Revenue, Pricing, and Gross Margin (2021–2025) 5.9.4 AEMETIS, INC.: Company Profile and Core Business Activities 5.9.5 AEMETIS, INC.: Latest Corporate Developments 5.10 Bunge Argentina S.A. 5.10.1 Bunge Argentina S.A.: Basic Information, Industrial-Grade Mixed Glycerin Production Base, Sales Regions, Competitors, and Market Position 5.10.2 Bunge Argentina S.A.: Industrial-Grade Mixed Glycerin Product Specifications, Parameters, and Market Applications 5.10.3 Bunge Argentina S.A.: Industrial-Grade Mixed Glycerin Sales Volume, Revenue, Pricing, and Gross Margin (2021–2025)

Carbon Neutrality | Low-Carbon Strategies of the Three Major International Oilfield Service Companies

On August 26, Baker Hughes successfully completed the geological formation assessment and drilling study for Aemetis’ California Carbon Capture and Storage (CCS) project. Ajit Menon, Head of Energy Transition at Baker Hughes’ Oilfield Services division, stated: “This represents another step forward in developing CCS capabilities—a critical component in advancing the energy transition.” As governments and corporations worldwide set net-zero targets, demand for low-carbon and new-energy technologies has become urgent. International oilfield service companies—while upgrading technologies and deploying digital solutions in traditional oil-and-gas operations—are accelerating their investments in low-carbon technologies, transforming from conventional oil-and-gas technology and equipment service providers into comprehensive energy technology service companies. Developing New Technologies to Meet Market Demand Oil-and-gas technology and equipment services remain the core traditional business of oilfield service companies. Sustaining growth in this core business remains the top priority. In recent years, international oilfield service companies have continuously invested in emerging technologies to meet evolving market demands. First, global oil-and-gas exploration and development are increasingly targeting deepwater, ultra-deep, and unconventional resources. Accordingly, international oilfield service companies have developed numerous new technologies and equipment capable of operating under extreme conditions such as high temperature and high pressure. In May this year, Halliburton secured two innovation awards at the Offshore Technology Conference (OTC) for new technologies, while Schlumberger received one. In August, Baker Hughes was awarded a major subsea compression manifold technical services contract by Chevron for an offshore natural gas project. In hydraulic fracturing, Halliburton launched ExpressFiber—a low-cost, real-time fracturing monitoring service—in July, and in August successfully deployed its advanced electric fracturing solution for the first time. Second, last year’s pandemic-induced shock and oil price collapse intensified operational pressures on oil companies and tightened emissions-reduction mandates—making cost reduction, efficiency enhancement, and emission cuts more urgent than ever. Upgrading conventional oil-and-gas technologies—especially through digitalization—has become a key enabler for achieving these goals. Consequently, all three major international oilfield service companies have prioritized digital technologies as a strategic direction, leveraging the recent oil price recovery to accelerate deployment—with notable results. They are also developing new technologies to help oil companies eliminate flaring, reduce fugitive gas emissions, and increase electrification—thereby minimizing carbon emissions wherever possible. Third, with the global energy transition accelerating, oilfield service companies are proactively expanding into low-carbon and new-energy businesses. The three major international oilfield service companies are actively advancing research, development, and application of CCUS (Carbon Capture, Utilization, and Storage), hydrogen, and geothermal energy—and have already achieved tangible progress. Cross-Sector Collaboration to Advance Digital Technologies Since the beginning of the year, the three major international oilfield service companies have continued aggressively expanding their global digital businesses—albeit with distinct emphases: Halliburton focuses most intently on digitalization; Schlumberger pursues a balanced strategy between digital and low-carbon technologies; and Baker Hughes deploys digital technologies at a comparatively lower intensity than its low-carbon initiatives. Collaboration has become the prevailing model for developing digital technologies. These companies typically partner with major technology firms to co-develop new technologies, emphasizing the construction of integrated digital platforms to lay the foundation for broader digital technology adoption. Schlumberger’s long-standing partnership with Microsoft expanded further in March this year, integrating its Cognitive E&P Environment platform with industry-standard data platforms. The consolidated data platform began deployment at Equinor in April—enhancing the company’s ability to integrate large-scale datasets and improve decision-making.

Aemetis Q3 2026 Earnings Date and Estimates

Oct 10, 2026

Aemetis Inc will report Q3 2026 earnings on November 5, 2026, ahead of market open. Analysts forecast revenues of $75.20 million and an EPS of -$0.20, marking a 27% year-over-year revenue increase.

MarketBeat

2026-03-25

Biofuels Conference Gives Aemetis CEO Lifetime Achievement Honor

2026-03-25

Aemetis CEO Eric McAfee Receives Holmberg Award for Lifetime Achievement in the Bioeconomy

2026-03-28

Aemetis Price Target Increased by 59.28% to $11.27

2026-04-14

Aemetis Price Target Increased by 59.28% to $11.27

2026-04-27

Aemetis Schedules 2026 Annual Meeting