Leading Technological Developments
Intevep has more than 200 technological products in different stages of development: embryonic, research and development, and marketing. Studies are currently underway on new concepts in biotechnology, nanotechnology, solar gasification, fuels for advanced vehicles, fuel cells, and alternative sources of energy. Our goal is to ensure the use of our fossil fuel sources and their applicability.
Trademarks registered by Intevep include:
Catalytic process to produce high quality diesel and intermediate distillates, from heavy and residual crudes.
Hydrated mineral oil to formulate drilling, completion, and rehabilitation fluids. Non-toxic and biodegradable.
Improves the biodegradation process of organic compounds, crude and contaminated soils due to oil spills.
Natural lignite for use in drilling oil and gas wells for rheological and filtration controls in water-based drilling fluids.
Deep hydrodesulfurization process to obtain very low sulfur diesel and gasoil.
Converts gas into high value-added and environmentally friendly products.
Technology for management of water-based cuttings by means of its spread over soils.
Technology to transform drilling cuttings into valuable materials through stabilization and solidification processes.
Drilling and rehabilitation fluid system to access high permeability or low pressure reservoirs.
High conversion process for heavy and extra heavy crude from the Orinoco Oil Belt via hydro conversion.
Technological package for the bio-treatment of organic waste and the recovery of soils contaminated by oil spills.
Calcium and magnesium carbonate, of controlled granulometry, for fluids to be used in drilling, completion, and rehabilitation of wells. It controls the invasion into the formation.
Fluid for drilling, completion and rehabilitation of wells in low pressure reservoirs, based on oil-in-water (O / W) emulsion.
Oil based drilling fluid system. Available in two versions:100% oil and reverse emulsion.
Hydroconversion technology to produce low sulfur gasoline, without loss of octane.
On-site solvent-based upgrading technology to improve the quality of heavy crude oil.
Gelling system to control high water cuts in production processes.
Architecture applied to the supervision and control of industrial field processes that integrates PLC, Remote Terminal Unit and human / machine interface.
Product developed with natural hematite to densify drilling fluids and high weight cementation grouts.
Catalytic additive, based on zeolite, to maximize the yield of light olefins and gasoline, and to increase the number of octanes.
Chemical formulation to remove formation damage caused by inverted sludge, 100% oil, blockage by water and emulsions of the "W / O" type.
Methodology for determining the amount of water, crude and gas in a multiphase stream, using a gas-liquid separator operating in batch mode.