Galp has a total of 37 patents globally, out of which 25 have been granted. Of these 37 patents, more than 72% patents are active. Europe is where Galp has filed the maximum number of patents, followed by the United Kingdom and Portugal. Parallelly, Portugal seems to be the main focused R&D centre and also Portugal is the origin country of Galp.
Galp was founded in 1999. Galp is an integrated energy firm with a wide range of global operations. The Business is concentrated in the rich South Atlantic region, which includes the world-class Rovuma basin in Mozambique, the pre-salt Santos basin in Brazil, and the offshore areas of Angola. Galp concentrates on the power, natural gas, and refining and marketing industries. As of February 2023, Galp has a market cap of $9.23 Billion.
Do read about some of the most popular patents of Galp which have been covered by us in this article and also you can find Galp patents information, the worldwide patent filing activity and its patent filing trend over the years, and many other stats over Galp patent portfolio.
How many patents do the CEO of Galp have?
The CEO Filipe Silva have 35 patents.
How many patents does Galp have?
Galp has a total of 37 patents globally. These patents belong to 34 unique patent families. Out of 37 patents, 27 patents are active.
How Many Patents did Galp File Every Year?
Are you wondering why there is a drop in patent filing for the last two years? It is because a patent application can take up to 18 months to get published. Certainly, it doesn’t suggest a decrease in the patent filing.
|Year of Patents Filing or Grant||Galp Applications Filed||Galp Patents Granted|
How many Galp patents are Alive/Dead?
How Many Patents did Galp File in Different Countries?
Countries in which Galp Filed Patents
|United States Of America||4|
Where are Research Centers of Galp Patents Located?
List of Galp patents
|US11386143B2||Searching For Analogue Subsurface Structures Based On Topological Knowledge Representation (Tkr)|
|US20220291405A1||System And Method For Storage And Retrieval Of Subsurface Rock Physical Property Prediction Models Using Seismic Interpretation|
|US20220284343A1||Machine Teaching Complex Concepts Assisted By Computer Vision And Knowledge Reasoning|
|US20200097868A1||Enhanced Consistency In Geological Risk Assessment Through Continuous Machine Learning|
|WO2018185736A1||Network Heat Exchanger Device, Method And Uses Thereof|
|EU0019268410001S||Refuse And Trash Containers And Stands Therefor|
|EU0018695120001S||Energy Supply Units; Fuel Pumps [Service Stations]|
|EU0002887410001S||Gas (Containers For Liquid Or Solid -)|
|GB90019268410001S||Refuse And Trash Containers And Stands Therefor, Automatic Vending Machines, Signs, Signboards And Advertising Devices, Display And Sales Equipment|
|GB90018695120001S||Energy Supply Units, Fuel Pumps [Service Stations]|
|GB90016344030001S||Moulds, Drums [Containers]|
|GB90002887410001S||Gas (Containers For Liquid Or Solid -)|
|PT2018185736Y||Network Heat Exchanger Device, Method And Uses Thereof|
|PT103219B||Logistics Management System|
|PT103219A||Logistics Management System For Use When Delivering E.G. Equipment From Suppliers To Customers Includes Mobile Units And Fixed Units That Interact To Generate Stream Of Information That Is Optimum And Safe|
|EP3845290A1||Continuous Production Of Clathrate Hydrates From Aqueous And Hydrate-Forming Streams, Methods And Uses Thereof|
|EP3845305A1||Closure Plate For Preloading A Plate Reactor, Plate Reactor And Manufacturing Method Thereof|
|EP3627410A1||Enhanced Consistency In Geological Risk Assessment For Detecting Recoverable Accumulations Of Hydrocarbons Through Continuous Machine Learning|
|EP2157355A1||Lightspot- An Innovative Gas Appliance Concept For A New Lighting Solution|
|ESI015667401S||“Supports For Fuel Stations”|
|BR102020025494A2||Thermo-Viscosifying Xanthan Gum Production Method With Reuse Of Produced Water And Gross Glycerin, Thermo-Viscosifying Xanthan Gum, Formulation And Advanced Oil Recovery Process|
|BR102020020572A2||Process Of Optimizing The Production Of Biopolymers Through Akalinization And Addition Of Surfactant With Reuse Of Produced Water And Raw Glycerin|
|BR102019019962A2||Improved Consistency In Geological Risk Assessment For The Detection Of Recoverable Hydrocarbons Buildings Through Continuous Learning Machine|