Trevi S.p.A.

CONFERENCE CALL INVITATION: “2024 Half Year Results” 📅 Thursday, August 8th 2024 at 04:00 p.m. (CEST) Speakers: ➡ Giuseppe Caselli, C.E.O. of Trevi Group ➡ Massimo Sala, C.F.O. of Trevi Group For those wishing to participate, please call one of the following numbers, starting 15 minutes before the beginning of the conference call to facilitate the registration process: ➡ +39 02 802 09 11 for Italy and the rest of the world; ➡ +44 1 212818004 for UK only; ➡ +1 718 7058796 (toll-free 1 855 2656958) for United States only. Alternatively, it is possible to connect from all over the world, via PC or smartphone, through this link (the use of headphones is recommended for optimal audio): ➡ https://lnkd.in/dz5BJV3u It will also be possible to follow the event in webcast live (audio + presentation slides) via PC or smartphone through this link):  ➡ https://lnkd.in/dckxHkUu INVITO ALLA CONFERENCE CALL: "Risultati Semestrale 2024" Giovedì 8 agosto 2024 alle ore 16:00 (CEST) Relatori: ➡ Giuseppe Caselli, C.E.O. of Trevi Group ➡ Massimo Sala, C.F.O. of Trevi Group Per chi desidera partecipare, preghiamo di telefonare a uno dei seguenti numeri, a partire da 15 minuti prima dell’inizio della conference call per facilitare il processo di registrazione: ➡+39 02 802 09 11 per l’Italia e resto del mondo; ➡+44 1 212818004 per UK; ➡ +1 718 7058796 (numero verde 1 855 2656958) per gli Stati Uniti. In alternativa è possibile connettersi da tutto il mondo, tramite pc o smartphone, attraverso questo link (è consigliato l'utilizzo delle cuffie per un audio ottimale):  ➡ https://lnkd.in/dz5BJV3u Sarà inoltre possibile seguire il tutto anche in modalità live streaming (audio + slide di presentazione), tramite pc o smartphone, attraverso questo link (è consigliato l'utilizzo delle cuffie per un audio ottimale):  ➡ https://lnkd.in/dckxHkUu

🔹 Trench Cutter System for Diaphragm Wall🔹 In the ever-evolving field of geotechnical engineering, innovation drives efficiency and precision. One such innovation that has revolutionized the construction of diaphragm walls is the trench cutter system. At the Site Trevi Group, It has witnessed firsthand how this advanced technology enhances our ability to deliver robust and reliable underground structures. What is the Trench Cutter System? The trench cutter system, also known as a hydromill, is a specialized equipment designed to excavate deep and narrow trenches in challenging soil and rock conditions. It consists of a frame with cutting wheels or drums, driven by powerful hydraulic motors, that cut through the ground while simultaneously maintaining the stability of the excavation with the use of bentonite slurry. Key Components and Working Mechanism 1.Cutting Wheels/Drums: These are the primary tools that grind and crush the soil or rock, creating the trench. They are highly durable and capable of handling various ground conditions. 2.Hydraulic Motors: Provide the necessary power to the cutting wheels, ensuring efficient and continuous excavation. 3.Bentonite Slurry System: The slurry stabilizes the trench walls, preventing collapses and maintaining excavation integrity. It also facilitates the removal of excavated material. 4.Pump System: Removes the mixture of soil, rock, and slurry from the trench, ensuring a clean and clear excavation. 5.Control Cabin: Operators use this to monitor and control the cutting process, ensuring precision and safety. Advantages of Using the Trench Cutter System for Diaphragm Walls 1.Precision and Verticality: The trench cutter system ensures high precision and verticality, crucial for the structural integrity of diaphragm walls. 2.Versatility: Capable of handling various soil types and rock formations, making it suitable for diverse geotechnical conditions. 3.Efficiency: Speeds up the excavation process, reducing project timelines and labor costs. 4.Stability: The use of bentonite slurry maintains trench stability, preventing collapses and ensuring safe working conditions. 5.Depth Capability: Can excavate trenches to significant depths, allowing for the construction of deep diaphragm walls. Application in Diaphragm Wall Construction 1.Urban Construction: Ideal for dense urban environments where space is limited and precision is paramount. 2.Complex Geometries: Capable of executing intricate wall geometries and deep excavations, accommodating complex project requirements. 3.Waterproof Barriers: Ensures the creation of continuous, impermeable walls, essential for groundwater control in subterranean structures. 4.Reduced Environmental Impact: Minimizes vibration and noise, making it suitable for sensitive urban settings and reducing the impact on surrounding structures. Trevi GroupTrevi S.p.A.Soilmec #GeotechnicalEngineering #Construction #TrenchCutterSystem #DiaphragmWallst #CivilEngineering #Trevi

"Transforming ground treatment with precision: Trevi Group's patented system for efficient pseudo-elliptical jet grouting." Trevi Group has developed a patented system for installing pseudo-elliptical jet-grouted elements, enhancing ground treatment efficiency. This innovative system adjusts the rotation speed of the jet-grouting equipment according to a pre-set pattern, creating jet-grouted elements with a pseudo-elliptical shape. The unique geometry optimizes the performance of these elements, making them particularly effective for constructing cut-off or retaining walls. By tailoring the shape and distribution of the grout, the system ensures superior stability and containment, leading to significant savings in both time and materials. Additionally, this technology is valuable for installing cells that prevent sand liquefaction and for various soil improvement projects. The ability to precisely control the element geometry allows for more effective ground treatment, improving overall project outcomes and efficiency in challenging conditions. video rights Trevi S.p.A. through @ahmedelbayomi #geotechnical #liquefaction #groundimprovement #engineering #civilengineering #construction #civilconstruction #engenharia #engenhariacivil

Trevi Group has patented an innovative system allowing to install pseudo elliptical jet grouted elements. This geometry is obtained by modulating the rotation speed according to a pre-set pattern. The system allows for optimizing the efficacy of jet-grouted elements when the treatment is aimed at constructing a cut-off or retaining wall, ensuring significant time and material savings. This system can also be used to install cells to prevent sand liquefaction or soil improvement projects. Trevi S.p.A. Soilmec #Geotechnical_engineering

#WeAreHiring! #TreviSpA ricerca #ShippingSpecialist! La risorsa si occuperà dell'organizzazione e gestione dei trasporti nazionali, nonché spedizioni in IMPORT ed EXPORT di attrezzature, ricambi, e materiali vari per le filiali, le società estere e i cantieri del Gruppo, tenendo conto dei vari regimi doganali e nel rispetto delle policy aziendali. Requisiti:  ➡ Diploma tecnico ➡ Conoscenza delle normative IVA e doganale sarà considerata un plus ➡ Conoscenza lingua inglese (B2) ➡ Buone capacità organizzative Per maggiori informazioni e candidature, cliccate questo link: https://lnkd.in/dKWdKt6y

#WeAreHiring! #TreviSpA ricerca #SiteManager: la risorsa si occuperà della gestione dei cantieri Trevi su territorio nazionale. Requisiti:  ➡ Laurea Ingegneria Civile/Geologia o diploma geometra ➡ Esperienza nel settore fondazioni e/o consolidamenti ➡ Ottime capacità relazionali per gestione maestranze ➡ Conoscenza tecnologie ➡ Capacità gestionali ➡ Disponibilità di trasferta Per maggiori informazioni e candidature, cliccate questo link: https://lnkd.in/dfQaYRej

The main goal of the grouting consolidation/curtain of the #RogunDam Project is to avoid the uncontrolled leakage from the reservoir through the rock mass foundations below the dam and the near surface zones exposed to very high hydraulic gradients. Each construction phase requires serious, disciplined, and organized work in a highly challenging context. #TreviSpa, with its own motivated and experienced site teams, is proceeding with the works in accordance with the work schedule and high quality plan required by the Sub-Contract. (The Project is commissioned by #OJSC Rogun HPP with Webuild as the Lot 2 Contractor responsible for the construction of the Rogun Dam).

We are thrilled to announce that Lorenzo Faedi, #Treviicos Senior Geotechnical Engineer - Technical Manager, will be presenting at the upcoming course on Grouting and Ground Improvement hosted by the Colorado School of Mines that will take place in Golden, CO, from July 29th to August 1st, 2024.   Lorenzo, with his extensive background and over a decade of experience in #groundEngineering, will delve into the intricacies of #JetGrouting and #DeepMixing Methods, including test sections, QC and practical applications in the field. His sessions, scheduled for July 30th and August 1st, will offer valuable insights and knowledge to industry professionals. ➡ Don’t miss this opportunity to learn more and to network with fellow professionals.!   For more information and to register for the course, please visit the School of Mines’ official website: https://lnkd.in/gXzFQc6P

The #ROGUNDam Project foresees 3 different types of drilling and injection activities within the Main Dam Grouting Galleries carried out by #TreviSpa: The preliminary consolidation around the galleries, the grout curtain (Sub Horizontal, Downwards, Upwards, Fan) and the drainage curtain of the Main Dam.. The grout curtain activities consist of the sequential execution of 3 grout curtain lines, namely the A line (on the downstream side), the Line B (on the upstream side) and the central Line C The primary holes will be drilled first, followed by the secondary and finalized by the tertiary grouting boreholes. The grouting evaluation will be based on the closure criteria and grout volume absorptions detected per each stage of each borehole. (The Project is commissioned by #OJSC Rogun HPP with Webuild as the Lot 2 Contractor responsible for the construction of the Rogun Dam).

#TreviSpa is using Soilmec (SM5E) electric rigs for the drilling works along the first level of Main Dam Grouting Galleries of #RogunDam Project. The reasons for choosing this type of rigs are their high maneuverability and mobility required to work within tunnels with small diameter. For the grouting activities, #Trevi is using the T-Grout software that could be easily managed and allowes automatic injection. It aims to provide all the operative parameters, technical information, and results required for high-efficiency control of the injection operations.. The T-Grout software has been successfully tested in other important Hydro Power Projects carried out by Trevi. (The Project is commissioned by #OJSC Rogun HPP, and Webuild is the Lot 2 Contractor responsible for the construction of the Rogun Dam.)