On August 4, it was learned from the North China exploration region that the North China branch of Sinopec's BGP Inc., tasked with the Anxin 2D geothermal exploration project in Xiong’an New Area, has implemented a range of innovative green exploration technologies guided by the principles of "technology, standardization, and sustainability." These efforts have significantly reduced disturbances to vegetation and surface environments, especially around urban areas and Baiyangdian Lake. This reflects BGP's broader commitment to driving green exploration through technological innovation.

Over the years, BGP has independently developed and applied environmentally friendly, intelligent geophysical equipment, promoting large-scale adoption of green tools such as controlled seismic sources and eSeis nodal devices. The use of drones and AI technologies has helped lower emissions of CO₂ and NOₓ, while also revolutionizing seismic construction methods in favor of more sustainable practices.

In the Shiguquan-Guyuan 2D seismic project in Ningxia, BGP’s Team 2108 successfully used markerless construction techniques by relying on satellite positioning for layout, effectively avoiding damage to vegetation at the source.

BGP has actively promoted drone applications in aerial surveys, line layout, well patrols, and on-site inspections, minimizing manual labor and environmental impact. With nodal seismic acquisition technology, traditional wired systems are replaced by small devices buried at the surface, significantly reducing disturbance to farmland. High-precision satellite positioning and GIS systems enable intelligent project planning, allowing teams to preselect optimal routes, avoid fertile land, and prioritize device placement and logistics on unused or barren lands.

In the Tiebiancun 3D seismic project, BGP’s Team 2149 developed a three-dimensional environmental protection system to cope with the complex terrain of loess plateaus. The system includes Beidou-based route planning, UAV-generated ecological maps, and smart seismic monitoring for real-time operations tracking, ensuring minimal environmental impact.

BGP has embedded precision management and localized innovations throughout its practices. In technical designs, it prioritizes green excitation and reception methods; in campsite location and vehicle deployment, it selects eco-friendly materials and sites strategically; and in procurement, it uses biodegradable and energy-efficient products—demonstrating its commitment to environmental stewardship.

In the Xiongying 3D project, the Southwest Geophysical Branch pioneered a “farming-first” model, adjusting operational plans around key agricultural periods such as autumn harvest and spring irrigation. Tailored dynamic noise control and adaptive burial techniques ensured both exploration and agricultural activities proceeded smoothly.

At the Shajingzi fault zone in the Tarim Basin, the Xinjiang Geophysical Branch’s Team 2134 introduced a “wire-hanging” method to address flood-irrigated orchards, using backpack leaf blowers to clear jujube groves, balancing seismic work with farmland preservation.

BGP has also aligned its practices with environmental regulations, identifying risks, clarifying responsibilities, and strengthening processes such as environmental impact assessments, wastewater and solid waste compliance in field camps. These comprehensive measures drive green exploration forward and create favorable conditions for high-quality company growth.