Super User

Super User

icon

2004

GII assists in WaterAID projects in Eritrea

In 2004, the GII commenced participation in a series of globally funded WaterAID projects in Eritrea, Ethiopia and Somaliland. Local geologists and technicians were taught to use geoelectrical methods to map the sub-surface aquifers. 

icon

2000

First 3D survey

In late 2000, the GII plans and executes its first 3D seismic acquisition survey in the Shikma basin in Israel. Since then, the company has performed surveys in countries such as Angola and India. 

icon

2000

Jordan Deep Crust

In 2000, the GII conducted deep crustal research, running seismic lines between Israel and Jordan.

icon

2000

Relocating to Lod

In January 2000, the GII relocates to its own new building in Lod.

icon

1997

First International Seismic Survey

After dozens of surveys in Israel, Egypt and Jordan, in 1997 the GII executes its first full-blown seismic project in Georgia, kicking off decades of seismic acquisition all around Europe, Africa and Asia. 

icon

1997

Brochures over the years

The various beautiful brochures of the company over the years. 

icon

1996

Back to the Original Name

The company changes it's name back to The Geophysical Institute of Israel.

icon

1991

Crossing the Suez Canal

On return from airbone battles of Mansura on 11 October 1973, four Israeli Phantom aircraft were met by Egyptian Mig 21 fighters. In the battle, two Israeli and two Egyptian planes were shot down. In 1991, the GII helps the authorities search for the remains of the airplanes in the Suez canal and Nile delta river fan sands.

icon

1990

Offshore exploration begins

Offshore exploration in the Mediterranean Sea begins in Israel's economic zone. 

icon

1987

New Vibroseis for Countrywide Data Mapping

New Mertz vibroseis vehicles were brought to GII for a nationwide seismic data acquisition project funded by the government of Israel. 

icon

1984

First airborne gravity survey in Israel

The first airborne gravity survey is conducted by the GII in Judea and Samaria. 

icon

1982

Seismological Unit

In the early 1980's the National Seismological Unit was constructed. Analog recording drums received data from the nation-wide earthquake recording stations. 

icon

1982

Recording Mobile Command

The GII installs the recording system on a mobile command unit, able to control vast seismic surveys. 

icon

1980

"3D" interpretation room

The GII's interpretation room supported dozens of exploration projects. 

icon

1978

First aeromagnetic survey in Israel

The first airbone aeromagnetic surveys in Israel are carried out by the GII for the government and private exploration companies. 

icon

1978

Analog Film Playback Apparatus

A state of the art analog film system is used to process and manipulate the seismic films

 

icon

1977

Interpretation of Seismic profiles set on film

Seismic profiles were printed on transparent film and interpreted on light tables. 

icon

1977

Processing Power

The Institute set up one of the first IBM 360 Mainframe computers, housed in Holon from 1967 to 1977.

icon

1969

24 Channel Analog System

After a decade of 12 channel recording, the 24 channel analog systems are integrated in the GII. 

icon

1967

Proliferation of Projects

The GII executes numerous projects in Colombia, Iran, Sinai Egypt and Jordan

icon

1966

First Seismic Vibrator

The GII's Dynoseis was the first Seismic Vibrator in the region. It was utilized for dozens of projects in and around Israel. 

icon

1964

Name Change

In 1964, the Geophysical Institute of Israel changes it's name to The Institute for Petroleum Research and Geophysics

icon

1960

1960's fleet

In the early 1960's, the GII's vehicle fleet was vast and included recording trucks, Dynoseis Seismic Vibrators, drilling rigs and of-course a few beetles...

icon

1959

Analog Recording System

This vintage 12 channel analog recording system was considered leading edge back then. Today, we use recording systems capable of recording 100,000 channels. 

icon

1958

GII's first seismic crew

The GII's first seismic crew worked with explosive seismic sources inserted in shallow boreholes. 

 

icon

1958

First offices in Holon

The GII's first offices were at Ha'Mashbir st. 1 in the city of Holon.

icon

1957

GII is Incorprated

In order to provide service to the government and private exploration companies, the Geophysical Institute of Israel was founded out of a department of the Weizman Research Institute. 

icon

1955

Oil is found in the Heletz field onshore Israel

In 1955 oil was found onshore Israel in the Heletz field. The government, led by Prime Minister David Ben Gurion, decide that the state needs an official body to manage Oil and Gas exploration and production. 

03 Jul 2018

About GII

 

Who We Are

The Geophysical Institute of Israel (GII) is a state owned onshore applied geophysics service provider, specializing in the mapping and characterization of the sub-surface. We provide services around the globe to private and public companies as well as governmental bodies. The GII was founded in 1957 and has since then grown to service the Oil & Gas, Mines and Minerals, Sub-Surface Engineering and Homeland Security industries, as well as many more. For over 60 years we have been at the forefront of applied geophysics around the globe.

>> Download our Corporate Brochure

Learn more about our History

Why We’re Here – Our Mission

We believe in unlocking potential.

The potential in human and natural resources is all around us. By providing the right tools and systems to our clients, we hope to take part in the unlocking of potential for the benefit of local communities around the globe.

In the global arena, Private and Public companies as well as many Government Agencies partner with GII to explore their natural resources and deliver value to their people and clients.

In Israel, the GII is responsible for the development of Israel’s National Geophysical Capabilities and Infrastructure. Furthermore, The GII is appointed by the Ministry of Energy as the official earthquake monitoring authority. In addition to maintaining a 24/7 seismological control room, we conduct studies and surveys aimed at reducing potential adverse effects of earthquakes in Israel.

Learn more about earthquake monitoring

How We Work – Our Values

We are committed to the values that help our clients and partners unlock potential. To do this we constantly invest in our technology and people.

  • Professionalism - Constantly cultivating our employees knowledge while ensuring ethical conduct
  • Excellence – Best in class in technology, in training, in customer relations and in safety
  • Reliability - Perform what we promise
  • Flexibility - Be flexible on the way to get there
  • Efficiency - Produce quality results, while balancing speed and resources
  • Community – Sensitivity and care to the environment and communities we operat in
  • Team Spirit and Respect - for our colleagues, clients and the environment.

What We Do

The GII is a 'one-stop-shop' for geophysical services in onshore and transition zone exploration and detection underground.

We harness the investigative power of geophysics, out in the field and on the computer. This means using seismic waves, magnetic and gravity potential fields, and the wide range of Electro-Magnetic frequency applications to collect information about the structure, composition, fluid content and anomalies in the sub-surface. From shallow to deep targets, there is a solution for your challenge.

Learn more about our services

GII has acquired international recognition mainly through its flexibility in meeting diversified requirements, broad experience and consistent performance together with its ability to identify with our client's needs - offering them highly efficient, budget-adapted solutions. GII has performed 3D and 2D seismic surveys for customers around the globe and in very diverse and challenging terrain. Examples include Georgia, Turkey, Italy, Jordan, Angola, India, Albania, Congo, Ethiopia and Tanzania.

Learn more about our past projects and clients

GII holds a leading and unique market position due to its ultimate commitment to execute your geophysical project just on time, with high quality of acquired data, in a safe manner and an economic budget.

In addition to geophysical surveys for the Natural Resource Industries (Oil and Gas, Minerals, Geothermal, Hydrological), the GII provides services for Shallow Sub-Surface challenges. Some examples of these include: Engineering projects that require a good understanding of the rock and soil they are laid upon, mapping buried waste piles, Agricultural soil investigations and Archaeological mapping.

Homeland security threats are now apparent underground. Whether upon country borders or sensitive facilities, we tailor solutions for pinpointing threats and attacks underground in real time.

Taken at Masada

The GII has been developing new applied geophysical theory and tools for sub-surface exploration since 1957. With a world leading group of scientists and engineers, working together on multiple projects, the group provides leading edge capabilities to the operational business of GII.

The main fields of development today are

  • Microseismic - Developing novel microseismic array patterns and algorithms, in partnership with Seismik sro
  • Diffraction Imaging Techniques – subsurface void detection
  • Sinkhole detection - Developing a multi-disciplinary integrated geophysical approach for studying the mechanism of sinkhole generation in the Dead Sea area
  • Drones - exploring the use of drone support in geophysical field operations
  • Seismic Source - exploring light weight, high energy, low environmental impact energy sources
  • Deep Crust - exploring the physical properties of the deep crust, in partnership with the USGS

Contact us for on-demand R&D projects.


International Research Projects

The GII initiates and participates in International Research Projects, in collaboration with world class partners. During these projects, our staff takes an active part in all stages of the research, including site selection, survey design, field acquisition, processing, interpretation, reporting and publication of the results.

  • INCO-DC (in Cyprus and Israel with four European partners)
  • US-AID (in Jordan, Erithrea and Turkmenistan with local partners)
  • BMBF (in Germany and Israel with German partners)
  • NATO (in Jordan and Israel with European and Jordanian partners)
  • CTBTO (in Israel)
  • The World Bank
  • Total France
  • Norsk Hydro, Norway
  • BHP Billiton Australia

Recent projects include: 

  • Beit Sha'an Deep Fault and Fracture Zone Mapping, Israel | 2018
  • David-1 National Data Enhancement Initiative, Israel | 2018
  • Deep Crustal Investigation with the USGS, Israel - Jordan | 2018
  • Neot Hakikar Passive Seismic Experiments , Israel| 2018
15 May 2018

Geothermal

Renewable energies are gaining popularity and the technology to efficiently utilize them are now widespread and accessible. Harnessing the natural geothermal heat energy of the Earth requires a very good understanding of the sub-surface structure, physical and chemical properties. We help our clients by providing them with geophysical tools and data that clarify the sub-surface unknowns. Whether in project planning, development or expansion stages, getting a clear view of main water pathways, reservoirs and fracture structure is crucial. 

Choose from The GII's suite of geophysics for Geothermal projects:

 

15 May 2018

Hydrology

Exploration and Development of water resources is at the forefront of national interest around the globe. As global populations grow water has become one of the most sought after natural resources.

The GII provides a full suite of onshore geophysics that are used to explore for Water. Depending on the type of aquifer, it’s estimated depth, structural knowledge and other parameters, we provide the right geophysics to your needs.

Choose from various geophysical methods:

15 May 2018

Oil and Gas

Exploration and Development of fossil fuels has developed greatly over the years and in tune, so has the exploration geophysics that enables this.

The GII provides a full suite of onshore geophysics that are used to explore for Oil, Gas, Shales, Coal Bed Methane, Coal Seams, Tar sands and Bitumen. Depending on the type of resource, it’s estimated depth, structural knowledge and other parameters, we provide the right geophysics to your needs.

Choose from various geophysical services:

 The GII has executed over 28 global seismic acquisition projects in the last 19 years 

 Learn more about our history

14 May 2018

Angola

In 2005, ROC Oil Company Ltd., One of Australia's leading independent upstream oil and gas companies ordered a series of 2D and 3D seismic surveys which marked the effective return of onshore oil exploration activity in Angola after a hiatus of more than 30 years.

From 2005 to 2007, the GII acquired and processed a total of 722 km 2D and 618 km2 3D seismic data, in three separate surveys. 

The Geophysical Institute of Israel (GII), has been assigned by the Earth Sciences Research Administration of the Ministry for National Infrastructures of Israel, to perform studies and surveys to reduce earthquake risk in the State of Israel. In that capacity, the Seismology Division provides services and initiates R&D projects in many fields of seismology for better understanding the earthquake phenomena in our region and their possible consequences. 

Our Seismological services include:

To learn more about the active monitoring system in Israel and past earthquakes CLICK HERE.

10 May 2018

Security and GOV

Homeland security relies on immediately available quality intelligence. As threats develop in the sub-surface, the solutions must evolve too. The Geophysical Institute of Israel creates tailor made hardware and software solutions to monitor sub-surface activity on the National and Local levels.

To learn more from our team Contact us here.

As human endeavor, curiosity and engineering advances in the sub-surface, the need for quality insight into the shallow ground is greater than ever before. The Geophysical Institute of Israel applies state of the art technology to help its clients and partners get the most out of onshore non-invasive sub-surface geophysics. Underground engineering projects such as mining, construction, transportation, underground military uses, hydrological facilities and other utilities all require knowledge of the rock structure and physical properties such as electrical conductivity. In addition as geophysical technology has increased its effective resolution and accuracy, the the use of geophysics in agriculture and archaeology has been able to provide farmers, agronomists, archaeologists with new actionable insights.

Page 5 of 6