Sinopec: five technical devices picked in NEA sixth major energy equipment batch

Key highlights
  • Sinopec had five technical equipment items selected in the National Energy Administration's sixth batch of major technical equipment in the energy field.
  • Selections include a 10 kW class assembled aluminum‑air emergency power supply complete set developed by Sinopec (Tianjin) Sales Application Technology Research Institute and partners.
  • Other selected items are an intelligent node seismic acquisition system (developed by Petroleum Geophysical Prospecting Technology Research Institute and Sinopec Machinery Siji Saiwa, applied by East China Oil and Gas Company) and a deep earth and deep sea fidelity coring exploration and testing analysis system (applied by Jianghan Oilfield).
  • Also selected were a 140 MPa ultra‑high pressure intelligent control liner hanger (developed by Dezhou Continental Shelf Company and Petroleum Engineering Technology Research Institute, applied by Xinxing Green Source Company and Shengli Oilfield Engineering Institute) and a 500 standard cubic meters per hour distributed methanol hydrogen production device (developed by Petrochemical Science Research Institute, applied by Sinopec North Energy (Dalian) Co., Ltd.); the NEA chose 90 items in this batch, prioritising fossil energy efficiency, hydrogen and carbon goals.

Sinopec selections

Five technical equipment items developed or applied by Sinopec units were included in the National Energy Administration's sixth batch of major technical equipment in the energy field.

Selected equipment

The five selected items are: a 10 kW class assembled aluminum‑air emergency power supply complete set (developed by Sinopec (Tianjin) Sales Application Technology Research Institute and others); an intelligent node seismic acquisition system (developed by Petroleum Geophysical Prospecting Technology Research Institute and Sinopec Machinery Siji Saiwa Company, applied by East China Oil and Gas Company); a deep earth and deep sea fidelity coring exploration and fidelity testing analysis system (applied by Jianghan Oilfield); a 140 MPa ultra‑high pressure intelligent control liner hanger (developed by Dezhou Continental Shelf Company and Petroleum Engineering Technology Research Institute, applied by Xinxing Green Source Company and Shengli Oilfield Engineering Institute); and a 500 standard cubic meters per hour distributed methanol hydrogen production device (developed by Petrochemical Science Research Institute, applied by Sinopec North Energy (Dalian) Co., Ltd.).

About the NEA scheme

Major technical equipment (first set) in the energy field are key devices that have led domestic technological breakthroughs, hold independent intellectual property rights, and have not yet achieved batch market performance. The National Energy Administration organised applications and evaluations for the sixth batch, focusing on green and efficient development and utilisation of fossil energy, hydrogen energy and its comprehensive utilisation, and supporting national energy security and the country's carbon peak and carbon neutrality goals; 90 technical equipment were selected in total.

Source: Sinopec

chemXplore Weekly

The week’s project milestones and project news from the chemical industry, free every Wednesday.

Free. One email a week. Unsubscribe any time.

Related articles

19 March 2026
Sinopec Wins Six Awards at 51st Geneva International Invention Exhibition

Two Jury Special Commendation Golds and four Golds; CO2-capture equipment also won a Special Innovation Award. Winners cover CO2 capture, heavy‑oil viscosity reduction, hydrogen and catalyst tech.

28 April 2026
Sinopec RIPP’s Sinoketol wins Gold at Geneva Invention Exhibition

New cyclohexanone route via cyclohexene esterification–hydrogenation: >99.95% single‑pass conversion, >8× equilibrium, −14% activation energy; waste −70%, CO₂ −38%; first commercial 2×200k t/yr unit

21 April 2026
China Petrochemical’s next-generation green intelligent aromatics technology achieves international leading status

New aromatics tech validated: p-xylene adsorbent, ethylbenzene‑conversion isomerization catalyst, SMB single‑tower separation, intelligent control; 25 patents; +50% low‑temp heat reuse, −27% energy/unit

21 April 2026
The Illusion of Overnight Success: What China's Aromatics Breakthrough Actually Tells Us

Aromatics gains (27% energy, 50% low‑temp heat) reflect decades of incremental catalyst/adsorbent R&D, not a sudden breakthrough—could displace incumbent licensors across Asia/Middle East.

19 March 2026
Sinopec Completes Polymer Solid-State Battery Microgrid Demonstration

Polymer solid-state battery microgrid demo at Suzhou uses polymer solid electrolytes with TOPCon flexible and perovskite PV; upgraded storage and intelligent microgrid raised peak daily charging 47%