MEDIA CENTRE
PACIFIC media centre
PACIFIC first press release
Download PACIFIC first press release: PACIFIC first press release
PACIFIC flyer
PACIFIC project presentation
Download PACIFIC project presentation: PACIFIC project presentation
PACIFIC project video
Check out the video below to learn more about the project objectives, partners and test sites in Canada and Sweden!
PACIFIC poster
Download PACIFIC poster presented at the American Geophysical Union (AGU) in Washington DC (10-14 December 2018): PACIFIC poster.
PACIFIC article in the Canadian press
Check the article here: https://www.cbc.ca/news/canada/thunder-bay/thunder-bay-pacific-new-exploration-1.5172168
PACIFIC on local Canadian TV
Check the TV interview here at 1:15: https://www.youtube.com/watch?v=m_Wqu3Bikpo&list=PLDk2K5OmaANUff-gDuWguy0LrZt_yTQxG&index=4&t=0s
PACIFIC on Radio Canada
Check the radio interview in French here at “Séance d’information sur une nouvelle technique d’exploration minière”: https://ici.radio-canada.ca/premiere/emissions/le-matin-du-nord/episodes/435998/audio-fil-du-mercredi-12-juin-2019/12
Passive seismic imaging for mineral exploration: the Marathon PGE-Cu deposit, Ontario, Canada
In the PACIFIC project, Sisprobe did a passive seismic survey of the Marathon PGE-Cu deposit, Ontario, Canada. Seismic velocity models help to define the geometry of the gabbroic intrusions that host the mineralisation and represent an economical and environmentally friendly exploration technique. Watch the video below !
The PACIFIC project has received funding through the European Union’s Horizon 2020 research and innovation programme under grant agreement no. 776622. The Marathon Palladium Project is developed by Generation PGM Inc. www.genmining.com
D1.1: Assessment of successful active seismic processing workflows
Download D1.1: PACIFIC_D1.1_Assessment_of_active_seismic_workflows_vf
D1.2: Report on the physical properties and seismic characteristics of ores and host rocks
Download D1.2: PACIFIC_D1.2_seismic properties
D1.3: Report comparing best practice in active and passive exploration methods
D1.4: Development of a physical parameter model for seismic wave simulations
D3.1: Deployment complete
D3.2: Successful extraction of body-wave data
D5.1: Environmental, Health, Safety and Risk Management Committee Charter
Download D5.1: PACIFIC_D5.1_ESMC-Charter_vf
D5.2: Environmental and Safety Risk Database
Download D5.2: PACIFIC_D5.2_ESMC-Database
D5.3: Annual Risk Management Report 1
D5.4: Annual Risk Management Report 2
Download D5.4: PACIFIC_D5-4_Annual Risk Management Report 2
D6.1: Report describing tests of current forms of communication
D6.2: Identification of psychological mechanisms
Download D6.2:Identification of psychological mechanisms
D6.3: Recommendations for improved communication
Download D6.3: Recommendations for improved communication
D7.1: Clustering plan
Download D7.1: PACIFIC_D7.1_Clustering Plan_v1
D7.2: Report on joint events with other research projects in the first year
D7.3: Report on joint events with other research projects in the second year
Download D7.3: PACIFIC_D7-3_Report on joint events in the second year
D7.5: Report on joint site experiments at Las Cruses
D8.3: Public website
Download D8.3: PACIFIC_D8-3_Public_website
D8.4: Project flyer
Download D8.4: PACIFIC_D8-4_Project flyer_v2
D8.5: PACIFIC winter school
Download D8.5: PACIFIC winter school
The environmental impact of PACIFIC: Report 1
PACIFIC develops mineral exploration techniques that have a relatively low impact on the environment. This document is an assessment of this impact, but also of the environmental footprint of all activities related to the project. PACIFIC environmental footprint is still significant because of plane travels linked to transnational meetings. Learn more about it by reading the following document!
Download PACIFIC first report on environmental impact: PACIFIC_Documents-on-impact_The-environmental-impact-of-PACIFIC-report-1
