TechnipFMC announces today that its purified terephthalic acid (PTA(1)) and acetic acid alliance with BP has been extended to the new BP Infinia technology, enabling circularity for difficult-to-recycle PET(2) plastic waste, such as highly-colored bottles and food trays. TechnipFMC was selected in 2000 as “Alliance Engineering Contractor” for Front End Loading (FEL) services for BP’s PTA […]
What are the tipping points related to the Antarctic Ice Sheet and surrounding Southern Ocean? And why is it so crucial to assess these critical thresholds? New video out now!
A new DNV GL recommended practice (RP) has unlocked new opportunities for the oil and gas sector to deliver more cost-efficient and environmentally friendly subsea processing for improved hydrocarbons recovery. DNVGL-RP-F303 Subsea pumping systems provides a comprehensive specification for subsea pumping systems and complements existing industry standards.
UNITED NATIONS, New York, 23 September 2019 — A global movement of companies taking ambitious climate action aligned with limiting global temperature rise to 1.5°C is emerging, states a new report released by the United Nations Global Compact, DNV GL, and Sustainia today on the sidelines of the UN Climate Action Summit.
INNOVA’s 420,000 metric ton styrene plant,
DNV GL acts as technical advisor for south-east Asia’s largest floating PV public tender at Singapore’s Tengeh Reservoir. The first-of-its-kind 50 MW project could reduce Singapore’s carbon footprint by the equivalent removing 6,000 cars off local roads. First large-scale public tender for floating PV technology in south-east Asia
350 megawatt offshore wind farm project located in the German Baltic sea is fully certified for safe and reliable power generation
DNV GL’s independent review reveals wind farm assets managed by RES perform 1% better than industry standard
Herve Gourdon, Skandi Africa’s Offshore Construction Manager, helped coordinate the task.
DNV GL calls on industry stakeholders to jointly develop Recommended Practice on wind turbine design methodologies for cyclones and earthquakes