Calgary, AB – October 26, 2018 – Hemmera is pleased to announce that Kate Witte, P.Geo. will be joining their Calgary team as Regional Vice President, leading all aspects of Hemmera’s Alberta operations.
Kate brings technical and leadership experience in environmental and engineering consulting. This valuable experience will now benefit Hemmera’s clients and our staff.
“Kate has more than 20 years of experience in contaminated sites assessment, remediation, and risk assessment – having her lead our team creates exciting opportunities as we continue to expand in the Alberta market,” says Greg Quandt, Senior Vice President, National Operations. “Her broad technical and portfolio management experience, as well as her background in a variety of leadership roles, management, and operations, will undoubtedly help us build our capacity and serve our growing clientele in Alberta and beyond.”
Kate has managed and delivered technical work for municipal government, upstream, midstream, and downstream hydrocarbon clients in Canada, for historic gasworks remediation companies in the UK, and for commercial and municipal brownfield development customers including landfill and transportation infrastructure projects.
“I am thrilled to be joining the Hemmera team,” says Kate. “Hemmera’s dedication to technical excellence and client service, and their commitment to staff, partners, and local communities is what I find most inspiring – I’m proud to be joining the Alberta family and am looking forward to growing the office and helping our customers find innovative and pragmatic environmental solutions.”
Hemmera, a wholly owned subsidiary of Ausenco, is a leading Canadian environmental consultancy valued for our expertise and boutique approach. Our highly respected professionals have created opportunities for sustainable growth and balanced development for our clients. With a reputation for integrity and technical excellence, Hemmera offers progressive environmental services in Site Assessment and Remediation, Environmental Planning and Ecology, and Community Engagement and Social Sciences.
For more information contact:
Vice President, Marketing and Communications
Hemmera, an Ausenco Company
Hemmera proudly sponsored the 2018 Canadian Wind Energy Association (CanWEA) Spring Forum. This annual forum gathers together industry peers, policy makers, and key stakeholders to discuss the growth of Canada’s wind sector in Alberta, Saskatchewan, and other provinces.
View Hemmera’s featured video to learn about our wind energy development services and how our experts can assist you with your project needs.
Hosted in Banff, Alberta, the 2016 Remediation Technologies Symposium (RemTech) was a success for Hemmera’s Alberta team. Many Hemmera technical experts presented a range of scientific and innovative topics.
Dr. Doug Bright, an environmental toxicologist and risk assessment specialist, with almost 30 years of experience assessing and managing environmental risks and impacts, presented a case study validation of the new Alberta Reclamation Criteria for Wellsites and Associated Facilities for Peatlands. Alberta Environment and Parks (AEP) recently published peatlands reclamation criteria that focused on upstream oil and gas releases and activities. Doug and his team used data obtained between 2007 and 2015 for several Alberta and British Columbia boreal wetland sites to critically evaluate the AEP peatlands reclamation criteria. This presentation highlighted the strong alignment between the AEP peatland reclamation criteria and Hemmera’s practical experience assessing ecological risks at produced water and hydrocarbon release sites. The presentation also highlighted issues and approaches that can help to reduce the scientific uncertainty about returning to equivalent land capacity on a site-specific basis.
Elizabeth Vincer, an experienced terrestrial ecologist with an educational background in natural resource management and wildlife ecology, presented on Environmental DNA – A Revolutionary Sampling Technique for Aquatic Ecological Studies. Elizabeth explained the success of eDNA as a robust, efficient, and budget-saving method for reliably detecting species presence in both lotic and lentic systems. Her presentation focused on how eDNA studies are used to better inform decision-making and guide effective mitigation efforts during the baseline, permitting, construction, and operational phases of resource development and infrastructure projects. Elizabeth also describe how eDNA can be used to meet regulatory monitoring requirements and assess the effectiveness of reclamation efforts. Since 2014, Hemmera has delivered over 20 eDNA projects across Western Canada for a range of clients including government agencies and resource development companies. Hemmera has also recently developed a provincial sampling standard for collection of eDNA for the BC Ministry of Environment.
Hemmera’s Jake Gossen discussed the aquifer solid phase and the profound influence aquifer mineralogy has on the mobility of organic and inorganic contaminants in aquifer systems. Jake’s presentation focused on the effects of reactive minerals on the success of remedial design strategies. He discussed three main scenarios in which reactive minerals determine success or failure for remedial design, in addition to the long-term stability of reactive minerals and recommendations for assessing, monitoring, altering, and mitigating their reactivity. Jake linked specific case studies to each of the three scenarios to show what can go wrong when reactive minerals are not considered in design. He also present best-case examples to show how understanding the presence of reactive minerals can result in remedial success, and offered novel remedial approaches for manipulating groundwater geochemistry to dissolve or precipitate reactive minerals, as well recent analytical techniques to characterize the aquifer solid phase.
Diane Zorn presented on the challenging technical issues and unique solutions associated with the redevelopment of a major shopping mall in Victoria, BC. Diane described the site assessment and remediation project and its myriad “legacy” environmental issues, including three former service stations, one former automobile repair facility, an historical leaking fuel oil UST beneath the mall, a dry cleaners, an area of historical infilling with contaminated material, and a former brick factory. Diane described the challenging site-specific technical issues that have required careful navigation of the regulations and innovative thinking, in addition to the challenges and solutions reached to position this high-profile mall for redevelopment under a tight schedule and budget.
Hemmera’s Dr. Shannon Bard, Practice Leader for Biological Risk Assessment, presented at this year’s Salish Sea Conference in April 2016. Shannon explored the recovery of intertidal communities in BC’s Howe Sound region, and presented the results of over 25 years of intertidal community monitoring. The presentation focused on the impacts of historic effluent from Woodfibre and Port Mellon pulp mills as well as the Britannia Mine on intertidal communities. In the presentation Shannon posed some challenging questions, including: what are the dynamics of recovery at the sites with different impact levels; what are the major factors impairing recovery; what key species could facilitate the successional recovery; and can we accelerate the recovery of intertidal communities though physical and biological habitat enhancement? Shannon also discussed the analysis and data modeling used to illustrate recovery of marine communities in multi-stressor environments and the development of management practices to facilitate successful marine ecosystem recovery following pollution abatement.
For more information about this project and our risk assessment team at Hemmera, contact Shannon Bard (firstname.lastname@example.org).
A success story presented at the SMART Remediation Toronto 2016 Conference on January 28, 2016.
While sliding rail shoring has been used for many years to excavate soils on industrial job sites, Hemmera and Claybar Contracting Inc. have adapted the use of these shoring systems to facilitate excavation of contaminated soil and groundwater during remediation projects. This past January Gerry Parrott, Regional Vice President of Hemmera’s Ontario Region, delivered a presentation at Toronto’s SMART Remediation Conference. The focus of his presentation was on the challenges, adaptations, and unique strategies employed by the Ontario team, in partnership with Claybar, at a challenging site in southern Ontario.
Excavating impacted soil and entrained groundwater along property lines with adjacent underground utilities can be complex and often requires access to adjacent off-site properties. Gerry’s presentation focused on a recently completed Hemmera project that involved the field team’s use of sliding rail shoring to remediate impacted soil and entrained groundwater along the property line of the site, as well as up to 6.5 metres below the surface between two buildings positioned approximately 15 metres apart. He demonstrated how the sliding rail shoring system was modified to enable installation of a contiguous vertical liner situated directly on the property line. Gerry explained the advantages of this unique liner installation method, its successful implementation at multiple job sites, its low cost in relation to traditional shoring systems, and how often complex technical and legal issues associated with accessing off-site properties can be avoided entirely. Gerry’s presentation also identified the limitations of this modified use of sliding rail shoring systems.
Gerry also showed how the team underpinned the building and uniquely excavated approximately 1.5 m under the building and 5 m below ground surface while using horizontal rods to hold up soil behind the foundation wall.
To demonstrate the benefits of this application, Gerry then contrasted the time and cost of conducting this work with traditional shoring systems, discussed property line implications, and outlined the options and outcome if no shoring was employed on the property.
Interested in learning more? Click here to view the full presentation.