A delegation of officers on board the helicopter carrier “Gamal Abdel Nasser” visited the SAES facilities, during the scheduled events while their stay in Cartagena.
The vessel LHD type Mistral “Gamal Abdel Nasser”, the flagship of the Egyptian Navy recently acquired to the French government, accompanied by the frigate ‘Tahya Misr’, has made a stopover on the training cruise that these Egyptian units are carrying out in the Mediterranean.
SAES has taken the opportunity of the presence of the Egyptian officers in Cartagena to invite them to visit our facilities, who showed great interest in our developments, particularly in the MINEA naval mines, MILA for special forces and the MIRS system.
Likewise, the Egyptian delegation was interested in port security systems, given that they already knew about the DDS-03, a system they consider to be applicable to the new challenges of protecting critical infrastructures, as well as about the control and management of a database of intelligence of signature
This visit corroborates the great interest, good relations and trust that the Egyptian army has placed in SAES.
Norwegian Armed Forces has Mine Action units and surface ships
SAES has received this week the visit of the Royal Navy of Norway, specifically a delegation from the course of Mine War of the Maritime Warfare Center of that country.
Norway is a country with a long tradition in this area of the Naval War, which has both Mine Action units and surface ships. The Head of the delegation highlighted the advantages and facilities for the Spanish Navy of “having a company like SAES whose know-how and support are of vital importance” according to his own words.
The delegation of the Norwegian Navy not only showed interest in naval mines, but also in the MIRS system for the acquisition of ships’ influence signatures. The experience and knowledge in ship signatures are essential for the planning of naval combat mines, which makes MIRS a system of strategic importance at the service of navies.
The company participated, together other firms, in the Spanish pavilion coordinated by TEDAE.
An important representation of Spanish companies have exposed their technological solutions in the IDEX and Navdex exhibition, from February 17th to 21th, in the city of Abu Dhabi in the United Arab Emirates.
The Spanish pavilion was organized by TEDAE, a spanish association that included the main companies related to de defence and security. This time, eight companies have participated and presented their products in the Spanish pavilion: Escribano, Grabysur, Hisdesat, Instalaza, SAES, Urovesa, Everis Aerospacial y Defensa, and Expal.
At IDEX, SAES, that is celebrating its 30th anniversary, have exhibited solutions such as the MILA underwater demolition charge, the MIRS range system, the DDS-03 diver detection sonar for the protection of critical infrastructures as well as several ASW systems for aerial and naval platforms.
Submarine signature of intelligence in front of mine war.
The global interest in submarine signatures is growing. Today, modern systems and ships take into account not only acoustic signatures but also electrical, magnetic, pressure and seismic influences.
Multiple influence signatures and current smart naval mines can detect a specific objective through the analysis of these signatures.
SAES, based on its experience in underwater sensors, has developed a complete set of multiple influence naval mines, MINEA, that use a variety of sensors to detect different physical influences.
MINEA’s naval mines are the most advanced smart marine mines currently manufactured. They are intended for the formation of mine sweeping equipment and it is essential to know how an advanced intelligent mine works for the safety of the ship.
On the other hand, the signature of multiple influence (SIGINT) allows to characterize and classify a contact (surface or submarine) not only from the analysis of the radiated acoustic noise, which configures its acoustic signature, but also from the analysis of its electrical, magnetic, pressure and seismic influences. The MIRS system of SAES is high performance for SIGINT.
The Multiple Influence Range System (MIRS) for surface ships and submarines provides real measurements of these influences. MIRS is a portable station that can be used in any scenario for multiple tasks, such as: obtain the signature of the ship in a real scenario and collect information in strategic areas, routine check or signatures before a mission.
OCEAN MASTER has been developed by the consortium formed by ELINCO, AISTER, GHENOVA, AID and SAES. It is designed to be adapted to all types of naval platforms by an own deployment and transport system.
The “Ocean Master” project has been a finalist in the category “Outstanding maritime engineering project”. In this category the following criteria are taken into account: innovative construction, design and materials, improvements and benefits originated, as well as the value for both the society and the maritime industry. Navantia also has participated as an observer of the project as interested in the results and technology.
The awards will be given on February 12 in Bilbao, during the World Maritime Week, in which SAES is an exhibitor. Main managers and personalities of the sector (ship owners, shipyards, institutions, associations, auxiliary industry, etc.) will attend to the awards ceremony. In addition, the event has support of Navalia, Sinaval, Cepesca, Spanish Maritime Cluster, Association of Naval and Oceanic Engineers of Spain and Anave.
OCEAN MASTER project (Multi-purpose Autonomous Vehicle for different environments and roles).
The OCEAN MASTER project is focused on the development of a multi-mission unmanned vehicle. It has modular configuration and capacity to carry out missions in highly complex and demanding environments. This vehicle is conceived to be adapted to all kind of naval platforms by means an own deployment-and-transport system.
SAES’ participation in OCEAN MASTER centers in two aspects: the payload of the vehicle and the acoustic communications between vehicles or between a vehicle and surface. A Side Scan Sonar (SSS) is included into the vehicle as payload in order to perform bottom surveys and surveillance of channels and harbour accesses. Also a Diver Detection Sonar (DDS) is included to detect both divers and objects in underwater. As communication system, an acoustic data link is used to allow the interchange of commands and data.
Security solutions and underwater measurement.
SAES will have a stand (D21) in the exhibition area of the World Maritime Week exhibition. It will be exhibited a model of the DDS-03 diver detection sonar for protection of critical infrastructures and ships. Likewise, it will also show a model of the SDH intelligent digital hydrophone. The SDH is used for acoustic underwater measurements. It is especially useful for the verification of environmental requirements regarding acoustic emissions.
OCEAN MASTER has been selected in the FEDER Innterconecta 2015 call. It is co-funded by CDTI (Ministry of Economy and Competitiveness) and FEDER funds, throughout the Operational Programme for Smart Growth 2014-2020. It is developed in the regions of: Andalucia, Galicia, Madrid and Murcia. The end of the project is scheduled for Mars 2018. Its overall budget is of 2.138.782 €.
SAES, who exhibits their solutions in a shared-stand together to Navantia, has been visited by the Chilean minister of Defence
SAES is participating at the Exponaval International Naval & Marine Exhibition and congress for Latin America, from 4th to 7th December in Valparaiso. The company exhibits together with Navantia in the stand 124a. SAES is the only Spanish company that designs and manufactures anti-submarine warfare systems for all-type of ASW platforms. SAES is internationally renowned in this area. Furthermore, the company is at the forefront of the market in underwater signatures measurement and management.
New ASW challenges, new solutions.
The operative concept of ASW missions has changed due to the emergence of new naval and aerial platforms and the fact the naval forces involved in ASW missions operate closer to the coast.
SAES, based on its wide experience, provides different ASW systems, which are capable of processing digital sonobuoys as well as multi-static processing, in order to improve the threat detection rate.
SPAS system is a solution for MPAs. It is an acoustic system to detect, localize and track submarines and surface ships based on analysis of acoustic signals acquired by deployed passive and active sonobuoys both analog and digital versions. SPAS system works totally integrated into the Tactical Mission Center.
ROASWsystem is the solution indicated for naval warships and helos. Besides of being an powerful acoustic processor, ROASW provides interoperability among different platforms (surface ships as frigates or corvettes, helicopters, UAVs,etc.) achieving an common operations scenario among all the resources deployed.
Specifically, ROASW and SPAS systems have been commercialized besides of Spain, in Brazil, Chile and Swedish.
Underwater Signature Intelligence
SAES is also experienced in Signature Intelligence and provides systems for MCM platforms.
For instance, MIRS is an advanced portable system that obtains the complete signature (Acoustic, Magnetic and Electrical) of a submarine or surface ship. Furthermore, MIRS can be used to as a discrete device to gather Underwater Signature Intelligence Information or as a tool to verify the ship-signature levels before a mission.
I International Meeting on Knowledge and Blue Growth, organized by the University of Cádiz (UCA) and the CEI-Mar Foundation.
InnovAzul 2018 took place in Cádiz on November 29 and 30. It is an international innovation meeting in the productive sectors of the Blue Economy, where more than 130 Naval and Offshore Construction companies and 600 specialists in this field.
The main objective of InnovAzul is the promotion of public-private competitiveness towards a circular economic model and sustainable development. InnovAzul is an essential meeting point for companies demanding technologies, administrations, knowledge generators and technological agents, for innovation and socio-economic development in the marine-maritime sectors.
Simultaneously, the attending firms were able to schedule up to 30 bilateral meetings with other participating companies related to their interests.
In this sense, SAES held meetings with universities and consulting companies in order to collaborate in environmental impact studies to require measurements and analysis of submarine noise. In addition, SAES provided information about the DDS to companies in the security sector and representatives of port authorities. It was also presented SOURCE-MAP systems, a tool for generation of noise maps, capable of evaluation of the radiated-noise by their facilities.
The wide participation in the event, more than a thousand attendees, gave the opportunity to SAES to communicate its capacity in tasks related to the measurement and estimation of underwater noise and the protection of critical infrastructures of submarine threats.
SAES exhibits their solutions in a shared-stand together to Navantia and offers a presentation entitled “New trends in naval mines”.
SAES has participated in the INDODEFENCE Expo and Forum that is held at Jakarta from 7th to 10th November 2018 and hosted by the Indonesian Ministry of Defence. The company has done technical product presentations to countries’ delegations that has visited its stand and has offered a conference aimed to deepen in Naval Mines knowledge.
The challenge on Naval Warfare makes SAES to continuously develop solutions to face them. SAES naval mines are capable of being activated by magnetic, electrical or acoustic influences, improving the efficacy for protecting and controlling strategic areas, straits and other force-used maritime zones.
In order to the military personnel being familiar with naval mines and understand concepts like multi-influence ship signatures, the company has developed a naval mine for training. This training naval mine allows to the crew knowing how smart naval mines work and how to prevent damage from them.
SAES also offered specialized training for understand how the ships are “seen” by the mine or how the naval mines can be programmed. The family of MINEA products comprises three types of naval mines: cylindrical bottom mines, conical shaped shallow-water mines and moored mines. All of them use a variety of sensors to detect different physical influences.
To program a smart naval mine it is needed to own signature intelligence of a ship, which includes the electric, magnetic, pressure, seismic and acoustic radiation. Besides MINEA training version, which can record and store this information, the company also offered a more specific system: MIRS.
MIRS is a portable system to obtain the complete signature of a ship that can be used to gather Signature Intelligence Information (SIGINT) and as a tool to verify real-time own-ship signature levels
Three of the studies are focused on the search for a function that allows to estimate the noise radiated to the sea by ships as a consequence of the vibrations existing in the ship hull. The other study analyzes the acoustic and non-acoustic underwater pollution produced by ships and other types of human activities on sea.
The studies have been presented at the 49th Spanish Acoustic Technician Congress in Cádiz, which was held simultaneously with Expoacoustic’18. SAES shown their products and services at the exhibition as the only reference in underwater acoustics in Spain.
Collaboration between SAES and the University of Alicante.
The previously referred studies has been carried out between SAES and the University of Alicante and they were presented from 23th October to 25th.
First day the studies entitled “Vibroacoustic behavior of cylindrical containers in air” (16:50 h. ROOM 3) and “Vibroacoustic behavior of cylindrical containers in water” (Day 24. 17:10 h) were defended by Francisco Javier Rodrigo Saura, SAES specialist in signal analysis and processing, and also by the scientists of the University of Alicante Pedro Poveda Martínez, Jesús Carbajo San Martín, José M. Requena Plens and Jaime Ramis Soriano. In these works it was described the experimental procedure carried out to study the radiant behavior (in air and in water) of a semi-cylinder shape structure made of several materials. The level of vibration and sound pressure of the shapes were evaluated in a plane close to the source. These studies are necessary to extrapolate them to more complex geometries and thus be able to determine a relationship that allows to predict the noise radiated to the sea by a vessel as a consequence of the vibrations in the hull. This issue is studied more closely in the study “Quantification of acoustic noise radiated by ships through its hull” which was exposed on Day 26 at 9.30 in room 4.
On the other hand, on day 25 at 17.10 also in room 4 was be shown the paper “Analysis of pollution of acoustic and non-acoustic origin in marine environments” written by SAES engineers Esther Moya de Rivas, Francisco Javier Rodrigo Saura and Antonio Sánchez García.
This study deepens in the evaluation of the acoustic and non-acoustic underwater pollution, estimating the environmental impact at sea. In addition, real values are presented for the quantification of pollution due to the radiated energy. The measures were obtained in situ by MIRS system in campaigns of long duration.
The MIRS is the system used to measure the emissions of vessels.
The SAES Multi Influence Range System (MIRS) for surface vessels and submarines provides real influence measures (magnetic, electric, pressure, acoustic, and seismic) in a real and controlled scenario, to successfully counter related threats. MIRS is among the best systems in the world in its class and compared to fixed stations. A decisive advantage of the MIRS system is that, due to its portability, low weight, low power consumption and high performance, can obtain all signatures of the ship in different geographical locations.
MIRS is also a tool for testing and calibration of:
Systems developed to reduce those influences as degaussing systems, ASG, etc.
Systems developed for MCM as the mine sweeping systems.
MIRS has been primarily designed using Commercial Off The Self (COTS) components for maximum reliability at minimum cost
SAES has participated, from September 25th to 27th, in two international exhibitions: Global SOF Symposium, the international conference specializing in Special Forces, which took place in Madrid, and ADEX (Azerbaijan International Defense Exhibition, for its acronym in English ) that was held in Baku.
At SOF, the company focused on the underwater demolition charge MILA and the Diver Detection Sonar DDS-03 systems. Both products were special interesting for a number of representatives of the Special Forces attending the conference. Specifically, SAES was visited by both the Major General and the Commander of the MCOE (Joint Special Operations Command) and the Nato SOF HeadQuarters Commander. Also representatives from foreign countries such as Sweden and Ukrained visited the stand.
DDS-03 can detect divers or other underwater intrusions, like underwater vehicles.These types of underwater threats can be easily circumvented. The solution is to incorporate diver detection sonar into the surveillance system of those military and commercial ports, power stations or petrochemical plants, oil platforms, anchored ships and other high-value assets with access to water mass.
MILA MILA is an underwater demolition charge that incorporates a computer-controlled detonation system. It is used by combat divers in covert underwater operations to neutralize threats.
At the Azerbaijan exhibition, ADEX 2018, SAES presented, besides the previously said DDS-03 and MILA, the product line focused on MCM warfare: the MINEA naval mines and MIRS Multi-influence Range Systems.
MINEA naval mines are the most advanced smart marine mines manufactured today. They are intended for training minesweeper crews. Knowing how an advanced smart mine works is essential to the safety of the vessel.
The Multi Influence Range System (MIRS) for surface vessels and submarines provides, simultaneously, real measurements of following influences: magnetic, electric, pressure, acoustic, and seismic.
SAES team met to naval officer and representatives from countries in the Caspian region such as Russia, Kazakhstan, Azerbaijan and of Saudi Arabia, the United States, Malaysia, Egypt and France.