Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
Annual Meeting Preliminary Program - Full Brochure (PDF) - SME
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TECHNICAL PROGRAM<br />
Mining & exploration:<br />
Management: Managing a culture of Safety<br />
chair:<br />
9:00 AM<br />
Introductions<br />
9:00 AM • Wednesday, February 27<br />
E. Cullen, Safety Solutions International (SSI),<br />
Spokane, WA<br />
9:05 AM<br />
Culture: What Does It Have to Do with CORESafetyÆ<br />
B. Watzman; National Mining Association, Washington, DC<br />
While there has been substantial progress in the statistical safety performance of<br />
the U.S. mining industry since enactment of the federal Mine Safety and Health<br />
Act in 1977, there remains significant disagreement regarding the appropriate role<br />
of regulatory enforcement and the optimal approach to safety and health management<br />
in the industry. In 2010 the NMA Board of Directors established a task force<br />
to examine the obstacles, both internal and external, to overcome to achieve a goal<br />
of zero fatalities and a 50 percent reduction in the rate of injuries in U.S. mining<br />
within five years. Building on the experience of others, the system implements the<br />
four phases of systems operation: plan, do check and act, but in a significant departure<br />
from prior work, leadership development and culture enhancement are integrated<br />
into a lead, manage and assure framework that is rooted in 20 operational<br />
modules, each containing performance-based expectations.<br />
9:25 AM<br />
Assessing the Safety Culture of Underground Coal Mining<br />
C. Kosmoski; NIOSH Office of Mine Safety and Health Research,<br />
Pittsburgh, PA<br />
The NIOSH Office of Mine Safety and Health Research (OMSHR) recently conducted<br />
safety culture assessments at five underground coal mines. Safety culture<br />
is defined as the characteristics of the work environment (such as the values, rules<br />
and common understandings) that influence employees perceptions and attitudes<br />
about the importance that the organization places on safety. This project utilized<br />
a mixed method approach consisting of 1) functional analysis of existing organizational<br />
documents, 2) semi-structured, in-depth interviews, 3) behavioral anchored<br />
rating scales (BARS), 4) a safety culture survey, and 5) behavioral observations.<br />
Details regarding these methodologies will be presented along with<br />
recommendations and guidance for others who may be interested in conducting<br />
mine safety culture assessments.<br />
9:45 AM<br />
Extract Your <strong>Full</strong> Leadership Potential: The Mining Institute for<br />
Supervisor Leadership (MISL)<br />
E. Lutz; College of Public Health, The University of Arizona,<br />
Tucson, AZ<br />
Mining is about people. Successful mining operations are built from strong leaders<br />
at all levels of the organization. The J. David Lowell Institute for Mineral<br />
Resources (IMR) at the University of Arizona has gathered the expertise of top<br />
leaders in mining to provide the Mining Institute for Supervisor Leadership<br />
(MISL). This unique program is the only mining-specific, cross-organizational,<br />
mentored leadership institute of its kind in the world. Each participant in the<br />
MISL program gains skills in effectively leading miners using techniques that balance<br />
safety with optimized operations. Limited to 24 participants, the activelearning<br />
and intensive 2-day course includes topics, such as: culture-specific communication,<br />
legal responsibilities, conflict resolution, etc., continuing with<br />
6-months of one-on-one mentoring on a worksite leadership project. Participants<br />
return to present their 6-month projects and then become leadership mentors for<br />
the next 6 month cycle. Loss of leadership is significant threat to maintaining and<br />
driving forward production and safety goals. Proactive development of our future<br />
leaders is paramount.<br />
10:05 AM<br />
Measurement Before Management: How to Assess a Companys<br />
Safety Culture<br />
L. Guasta; Safety Solutions International, Inc., Parker, CO<br />
Safety Solutions International, Inc. (SSI) is led by former Assistant Secretary of<br />
Labor and head of MSHA, Dave Lauriski, also a 40-year mining veteran who is<br />
recognized throughout the world for his leadership skills and knowledge in safety<br />
and health systems management. In this presentation a SSI staff member will discuss<br />
how to assess a companys safety culture and develop and implement a culture<br />
enhancement plan. Emphasis will be given to the importance of measuring<br />
or assessing culture before attempting to manage it. Working collaboratively with<br />
clients to construct customized surveys that are most relevant to company and<br />
site-specific programs will be highlighted. Characteristics of positive safety culture<br />
will also be presented as a framework to guide assessments in an attempt to<br />
combine academic knowledge and best practice from industry. A theme in this<br />
presentation relates to the blending of art and science: the science of managing<br />
safety and the art of leading the most valuable resource in any occupational culture<br />
— people. The use of both industry experts and academics will be presented<br />
as an effective way to meet this assessment goal.<br />
10:25 AM<br />
Analysis of Jackleg Mining Culture in Narrow Vein Mining<br />
A. Rai; Barrick Turquoise Ridge Inc, Winnemucca, NV<br />
Mechanized bolters have been used in most of the underground metal mines except<br />
narrow vein mine which present tremendous challenge with ground control<br />
and spotty ore body still operate Jackleg. This paper provides an overview of the<br />
cultural survey in an underground metal mines with skilled jackleg operators and<br />
a summary of safety challenges with this technology. The paper also highlights<br />
design, engineering, maintenance and production optimization using Jackleg in<br />
narrow vein mining.<br />
10:45 AM<br />
Using Safety Maturity Models for Safety Assurance and<br />
Improvement in Mining Operations<br />
G. Lyle 1 , P. Foster 2 , D. Putnam 3 , V. Pakalnis 1 and D. Millar 1 ;<br />
1<br />
MIRARCO, Sudbury, ON, Canada; 2 School of Engineering,<br />
Camborne School of Mines, University of Exeter, United Kingdom<br />
and 3 Health,Safety and Environment, DeBeers Canada, Toronto, ON,<br />
Canada<br />
In the Global Mining industry a considerable amount of effort takes place into<br />
establishing best practice and identifying tools that are proven to be effective in<br />
improving safety. Whilst this approach is logical, its effectiveness is limited by the<br />
differences in safety culture and management across the industry. Sites in the<br />
early stages of developing their safety culture will require different improvement<br />
techniques from those with strong safety cultures and systems. This distinction is<br />
often not made and as a result many of these initiatives and interventions have<br />
not been as effective as hoped. The Safety Maturity Model concept is a recent research<br />
innovation. These models were developed to allow organisations to understand<br />
their own level of safety maturity by assessing the level of compliance<br />
with various key elements of safety culture related to both management systems<br />
and human/behavioural issues. This paper will look at the background to these<br />
models, tracing their development in the oil and gas industry and how they have<br />
been adapted and used in the global mining industry. Examples will be shown<br />
from DeBeers Canadas mines and exploration teams<br />
Mining & exploration:<br />
operations: My First Five years<br />
in operations<br />
9:00 AM • Wednesday, February 27<br />
chairs: M. Mowry, Jim Walter Resources, Brookwood, AL<br />
B. Fredrickson, Rio Tinto Minerals, Boron, CA<br />
9:00 AM<br />
Introductions<br />
9:05 AM<br />
From College to the Coal Mines<br />
K. McCoy; Walter Energy, Inc., Brookwood, AL<br />
A well-rounded mining engineering curriculum is essential to a successful career.<br />
Working in production makes problems that once had consequences like a failing<br />
grade now carry threats of safety violations or involve great amounts of money.<br />
While mining conditions can vary significantly, the basic principles of rock mechanics,<br />
ventilation, and pumping still apply. Undergraduates in mining engineering<br />
should take great pride in the mastery of their skill and take advantage of<br />
any opportunity to experience new mine sites and conditions. Internships, co-<br />
This is the Technical <strong>Program</strong> as of September 1, 2012. IT IS SUBJECT TO CHANGE.<br />
106<br />
Please see the Onsite <strong>Program</strong> for final details.