An article in CIM magazine shows the results of our work with our partners in the huge dewatering project in Excellon Resources’ Platosa silver-lead-zinc mine in Mexico. Worth the read!
http://magazine.cim.org/en/technology/excellon-wins-the-water-war-en/
Kirkland Lake Gold hires Hydro-Ressources expertise to work on Taylor Mine, the 4th and newest gold mine of the Toronto based company.
Ascendant Resources runs a 100% owned zinc-lead-silver underground mine in north-western Honduras named El Mochito where Hydro-Ressources was mandated to assess the water management projection.
Hydro-Ressources puts its skills at task at McIlvenna Bay Project in east-central Saskatchewan lead by Foran Mining Corporation.
Quebec Iron Ore puts his confidence in our expertise to guide the operational dewatering of their pits. The Quebec company was mandated to direct the relaunch of the Bloom Lake Mine in Fermont, in northern Quebec.
A water infiltration in an open pit in Arizona allows the firm of Lévis to export its services in southwestern United States.
Dewatering at Renard Mine (Stornoway) is more complex than expected. As the water table doesn’t react as predicted by the models, Hydro-Ressources performs Profile Tracer Tests in order to better define the faults of the site and the underground flows that take place.
Hydro-Resources wins a promising contract at Tenke Fungurume Mining in the Democratic Republic of Congo (DRC). The Profil Tracer Test (PTT) developed by the firm will once again demonstrate its proofs over the entire partnership property managed by CMOC International!
Hydro-Ressources landed a new contract with Agnico Eagle in Pinos Altos mine located west of Chihuahua city in north Mexico.
Hydro-Ressources is currently doing some important underground field work to gather hydrogeological data in La Platosa mine (Mexico). A total of 12 holes have been drilled and tested on two differents areas. These tests includes Velocity Flow Profil (VFP), pump test and packer test coupled with core logging. Aproximately 10 more holes needs to be drilled. All these datas will be used to identify the water-bearing structures in order to define four new pumping wells location.