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HGC was hired to inspect a pond failure, design a pond expansion, and provide construction QA/QC. HGC conducted site investigations to assess soil and high groundwater table conditions and provided a revised design to expand to a 45,000 m3 produced water pond with 2 layers of liner, leak detection, and chimney drains to alleviate groundwater pressure. HGC provided on-site QA/QC and as-built reporting.
Geotechnical Investigation, Slope Stability Analysis, AutoCAD Civil, 3D Modelling, Civil Design, Specifications, On-Site Construction QA/QC
HGC conducted a technical assessment and engineering design for rehabilitating a failed produced water pond, addressing contamination issues and installing leak detection systems to ensure compliance with regulatory standards. Through extensive site investigation and sampling, we identified contaminants exceeding provincial limits, utilizing advanced techniques like electromagnetic surveys to guide excavation of contaminated soil. Following excavation, we established a groundwater monitoring network and oversaw installation of geomembrane liners and leak detection systems. Our comprehensive approach included QA/QC oversight and documentation, ensuring successful completion and compliance.
Geotechnical Investigation, Instrument Installation and Monitoring, Civil Earthworks Design
HGC was retained to design a 75,000 m3 produced water storage pond. We conducted a geotechnical investigation, slope stability assessment, Civil 3D modelling, and site QA/QC. The design included 3 layers of liner and leak detection systems, with automated ground-water and leak-detection pumping systems. Piles, cables, and reflective disks were installed for waterfowl deterrents, and a custom-designed articulating pontoon arm was installed to house the pond pumping system. HGC designed and oversaw the installation of a groundwater monitoring network, and completed baseline sampling and analysis.
Geotechnical Investigation, Slope Stability Analysis, AutoCAD Civil, 3D Modelling, Civil Design, Risk Assessment and Mitigation, On-Site Construction QA/QC, Groundwater Monitoring Wells
HGC conducted a comprehensive design and technical support for constructing an earthen Fresh Water Storage Structure (FWSS) to facilitate drilling and hydraulic fracturing operations. Through rigorous site investigation and collaboration with third-party geotechnical experts, we analyzed consequences, conducted seepage and slope stability assessments, and developed detailed engineering plans for regulatory approval. Our on-site presence ensured quality assurance and compliance throughout construction, including earthworks oversight and material testing. We provided complete documentation aligning with Ministry guidelines, ensuring the successful completion.
Geotechnical Investigation, Instrument Installation, and Monitoring Civil Earthworks Design
HGC spearheaded a fish habitat rehabilitation project by designing and constructing a new bridge to replace an existing concrete road. Initially tasked with a visual site investigation, HGC later conducted a comprehensive geotechnical survey, analyzing subsurface conditions and providing foundation recommendations for both shallow and deep pile foundations. After data analysis, HGC prepared a detailed geotechnical report, offering insights on foundation types, frost considerations, and retaining wall design. Additionally, we facilitated contractor procurement, estimated capital costs, and created construction drawings. HGC managed the entire project, including the design and construction of a 30-meter steel girder bridge with a concrete deck and stabilized earth retaining walls, along with developing riffle drawings for the concrete road removal. Quality assurance oversight was conducted throughout construction, ensuring successful project completion.
Geotechnical Investigation and Design, Project Management
HGC undertook a comprehensive assessment of over 75 BC water management structures to ensure compliance with the new Water Sustainability Act (2016) and revised Dam Safety Regulation (2016). Identifying 30 regulated dams, we conducted field assessments and post-construction geotechnical investigations at 17 sites. Slope stability and seepage modeling were performed on 25 dams, with repair plans developed to meet regulatory standards. Serving as Engineer of Record, HGC produced detailed Design Reports for each dam’s registration, repair, operation, and maintenance, overseeing instrumentation installation and ongoing monitoring. We managed repair activities, conducted compaction testing, engineering inspections, and produced as-built surveys, facilitating approvals for dam operation resumption.
Geotechnical Investigations and Design, Hydrotechnical Engineering, Dam Inspection, Instrumentation Monitoring, Construction Inspection, Project Management
HGC was retained to conduct a geotechnical site investigation for a compressor station and dams. Based on the gathered information, HGC prepared geotechnical reports with recommendations pertaining to earthworks, liners, slope stability, foundations, and piling; as well as detailed construction drawings for the two reservoirs. HGC assisted the client in the development of tender packages, procurement of contractors prior to construction, and their evaluation during and after construction. Construction of the two reservoirs began in September 2018, with HGC onsite to provide engineering quality assurance, construction control, and technical support. Once construction was completed, HGC surveyed the reservoir and prepared a construction completion report that included construction record drawings, in support of the client receiving their Leave to Operate from the regulator.
Geotechnical Investigation and Design, Project Management
HGC conducted an evaluation of two proposed dam and freshwater storage reservoir sites, providing comprehensive engineering design, regulatory application support, and construction assistance. Initial geotechnical evaluations involved borehole drilling, soil stratigraphy logging, and piezometer installation to assess site conditions. After selecting a location, conceptual design options were developed and refined in consultation. HGC prepared a comprehensive Dam Safety Assessment and Design Package, including detailed engineering drawings, geotechnical reports, hydraulic calculations, and construction tender specifications. During construction, HGC provided onsite QA/QC, survey support, and produced as-built documentation, culminating in a construction completion report.
Geotechnical Investigation and Design, Instrument Installation and Monitoring Project Management
HGC was engaged in the construction of a new Liquefied Petroleum Gas (LPG) export terminal, tasked with addressing various geotechnical challenges such as slope stability, settlement, and seepage. The site presented complex subsurface conditions due to undocumented fills of varying thicknesses, including granular, fine-grained, and construction debris. To support rail unloading track design, HGC conducted a preliminary settlement analysis and identified a preload area. Supplementary geotechnical investigations were carried out, including the installation of monitoring instrumentation to validate and monitor the preload. Analysis confirmed the completion of primary consolidation, allowing for preload removal and commencement of track construction, with ongoing geotechnical consultation by HGC.
Geotechnical Investigation and Design, Instrument Installation and Monitoring Project Management
HGC conducted a geotechnical site investigation in support of the development of a proposed dam and fresh water reservoir. On-site, HGC planned, surveyed and supervised the drilling of ten boreholes, logged the subsurface soil stratigraphy, collected soil samples for testing, and installed ten standpipe piezometers to measure and monitor groundwater. Once the PVC standpipe piezometers were installed, initial groundwater table measurements were taken. Seepage was immediately noted in four borehole locations. HGC completed a second reading fourteen days later, and again in April 2019. Based on the gathered information, geotechnical laboratory tests, stability analysis using Slope/W of GeoStudio 2018, and HGC’s experience with similar materials, HGC prepared a geotechnical report with recommendations pertaining to earthworks, groundwater conditions, slope stability, liners, and constructability. HGC continues to monitor groundwater conditions.
Geotechnical Investigation and Design, Instrument Installation and Monitoring
HGC was retained on a Carbon Trunk Line construction project to conduct geotechnical investigations and provide design input pertaining to drilling considerations, frost heave and settlement. The settlement is of particular importance, as the railway owners have stringent criteria for track displacement.
HGC developed a settlement monitoring plan specific to each of the crossings, with surface and subsurface monuments, meeting the requirements of the railway owners. HGC was on site during execution of four crossings to install the instrumentation, conduct, interpret and report regular survey readings, and provide general geotechnical oversight. HGC also provided permitting support for the rail crossing and is the engineer of record for settlement monitoring and reporting.
Geotechnical Investigation and Design, Project Management
HGC was contracted to collaborate and develop a community-based wetland monitoring program. The objective for this program was to incorporate traditional Metis knowledge and values with scientific methodology, and to demonstrate the short-term steps in developing and executing a wetland monitoring program that can evolve and be incorporated into the long-term Environmental Monitoring and Science Division (EMSD) regional monitoring program. The wetland monitoring program was intended to focus on the areas that were the most important to the local community. Community workshops and consultations were conducted to work alongside community members to create a project that addressed their needs and concerns about the health of their region and local resources. HGC staff and community residents worked together to measure groundwater quantity through manual measurements and the installation of water pressure instruments, groundwater quality through sample collection for lab analysis, and vegetation health assessments. Developing the skill-set of community members continues to build confidence in the program itself and helps provide a better context and understanding for the science that goes into other programs in the area.
Groundwater Monitoring, Vegetation Health Assessment
HGC provided environmental support for the construction of a disposal pipeline. HGC was requested to conduct a watercourse crossing assessment and to deliver a pre-disturbance assessment (PDA) for a single well pad and utility corridor as part of their EPEA operating approval. The water course crossing assessment covered two stream crossings along a proposed pipeline Right-of-Way, one above ground, and one below. Provincial and Federal watercourse crossing legislation was applicable, as well as Federal DFO self assessment procedures. HGC’s experts produced recommendations outlining measures to avoid harm to fish and their habitat, enable a sediment and erosion control plan, outlined a post-construction monitoring program, while adhering to all provincial and federal regulations. HGC completed a comprehensive PDA in adherence to AOC’s AEPEA approval, which involved soil classification, vegetation surveys, and recommendations for topsoil stripping and handling procedures. The PDA was further used to produce a Conservation and Construction Plan (CCP) with the goals of reclaiming the lands to equivalent land capability, ensuring sustainable landscapes (including landforms, soil, vegetation, and hydrological regime) and to provide opportunities for other land use activities during land use and after abandonment.
Watercourse Crossing Assessment, Pre-disturbance Assessment, Reporting
Regulated under the Environmental Protection and Enhancement Act (EPEA), a client is completing the enhanced recovery of an in-situ oil sands processing plant and oil production site. It is a requirement under this EPEA approval that all construction of commercial development (well pads and associate facilities) have environmental monitors present during reclamation material salvage. Monitors ensure reclamation material (topsoil and subsoil) is properly handled and stored, providing advice on construction matters pertaining to environmental issues, and documenting daily progress. Construction monitoring of the 2018, 2019 and 2020 winter development was conducted by HGC.
Environmental Monitoring
A Pre-Disturbance Assessment (PDA) and Conservation and Construction Plan were completed in accordance with the Environmental Protection and Enhancement Act (EPEA) for our client’s enhanced recovery in-situ oil sands processing plant and oil production site. A total of 115 survey points were completed along a 15-kilometre linear corridor and across two well pads. Terrain, soil and vegetation information were collected at each survey point to determine its landscape classification. The 2019 field work and reporting were completed by HGC.
Soil classification and mapping using criteria outlined in Soil Classification Working Group (1998), Ecological Land Classification (ELC) and mapping, Timber salvage assessment.
Rare Plant identification and documentation review
Environment and Climate Change Canada (ECCC) provided funding to the Conklin Métis Local #193 (Métis Local) who is represented by the Community of Conklin’s Resource Development Advisory Committee (CRDAC) to undertake a regional community-based monitoring program in the catchment area of Christina Lake, AB.
HGC was retained by CRDAC to assess the aquatic resources of Christina Lake, including the water quantity and quality, and the fish and fish habitat. The project work focused on utilizing the expertise and knowledge of technical professionals and the engagement of local community members. The purpose of this community-based and community-endorsed program is to have pertinent monitoring performed by a Community-endorsed entity, HGC, and incorporate community individuals for capacity building and input. The program is intended to observe and monitor any changes noted in water quality, quantity, fish, and fish health in the Christina Lake area that may be due to local industrial developments and could have a negative impact on the local water resources that are utilized by the Community of Conklin.
Water and Aquatic Monitoring
A client is developing their enhanced recovery in-situ oil sands processing plant and oil production site. A baseline soil monitoring program (SMP) is a requirement specified in Schedule VII of the Environmental Protection and Enhancement Act (EPEA) for the central processing facility (CPF). The purpose of the baseline BMP is to provide a data set that describes the soil condition before the commencement of CPF operations. HGC, through the Metis Local 193 that operates within the area, completed a Baseline BMP of the CPF. The scope of work included advancing boreholes within the CPF to assess baseline soil quality conditions and at locations outside the footprint of the CPF to assess background soil quality conditions. Soil samples were collected at various depth for laboratory analysis. The baseline SMP was conducted in general accordance with the Government of Alberta Soil Monitoring Directive (2009). Soil analysis results were compared to Alberta Tier 1 Soil and Groundwater Remediation Guidelines.
Soil Logging, Soil sampling and Field Screening, Soil Sample Delivery for Third Party, Laboratory Analysis, Report Preparation for Regulatory Review
The client’s oil sands processing plant and production site must comply with EPEA regulations, ensuring lands are reclaimed to an “equivalent land capability.” HGC completed 33 Phase I Environmental Site Assessments (ESAs). These assessments followed CSA Standard Z768-01, AEP Alberta Environmental Site Assessment Standard, and AER Application Submission Requirements. Phase I ESAs are vital for determining potential contamination, facilitating the reclamation process in accordance with regulatory standards.
Desktop Review, Site Inspection, Reporting
The client engaged HGC to conduct wetland monitoring to assess infrastructure impacts. HGC managed fieldwork and reporting, expanding the project by introducing new sampling locations and employing Unmanned Aerial Vehicles (UAV) for remote data collection. Following a “Before After Control Impact (BACI)” study design, data was collected before and after development at control and impacted sites. Statistical analysis identified trends and shifts in wetland conditions. The project evaluated 7 surface water sites, 33 wetland monitoring sites, and 14 paired boreholes along roadways, providing comprehensive insights into wetland health and potential impacts.
Culvert Inspection, Wetland Monitoring. UAV Aerial Assessments, Reporting
An oilfield client is developing their enhanced recovery in-situ oil sands processing plant and oil production site. The domestic wastewater treatment plant, regulated under EPEA Approval, is located on the plant site and discharges effluent into an irrigation field. HGC was retained to assess the impact this discharge may be having on the field and surrounding area. The scope of work included multi-year water quality monitoring of groundwater and surface water in the effluent field and surrounding area. A conceptual site model (CSM) and data gap analysis was completed to understand background, potential parameters of concern, pathways and receptors. Based on the CSM, the water quality monitoring program was expanded and additional work was completed to assess vegetation communities and potential effects of the effluent discharge in the field and surrounding wetland. This this included UAV survey flights to create a detailed orthophoto and field vegetation mapping. Water quality data was compared to background values and applicable water quality guidelines.
Shallow groundwater and surface water sampling, Vegetation assessment and mapping, UAV survey and orthophoto creation, Basic Conceptual Site Modelling
Data analysis and reporting
HGC developed a preliminary groundwater monitoring plan for a 75,000 m3 water storage pond used for hydraulic fracturing saline water. Nine monitoring wells were strategically installed, their logs meticulously documented. Baseline groundwater quality was established per BC OGC guidelines, with quarterly monitoring mandated. A comprehensive report detailing baseline water quality and post-pond filling analysis was submitted for OGC approval. Quarterly monitoring will persist, generating annual reports to ensure compliance and environmental stewardship.
Groundwater well installation, Groundwater monitoring
HGC conducted an inspection of two gravel roads following an ‘Notice of Non-Compliance’ from AEP due to erosion and siltation concerns. Tasked with remediation, HGC inspected the roads, noting 32 issues like rutting, erosion, and missing barriers. Recommendations included minimum requirements for drainage management and more extensive measures like full ditching and culverts. A comprehensive report outlined observed issues and provided remediation options for every 0.1km stretch, addressing soil movement, erosion, and water flow into watercourses and tributaries to ensure compliance and environmental protection.
Site Inspection, Reporting
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This project assessed the East Central Rail Shortline’s potential revitalization, aiming to connect Oyen to major urban hubs and a tidewater port via rail, aligning with sustainability objectives. The study conducted six tasks across two routes, favoring Route 1 for its shorter length, fewer land acquisition challenges, and minimal environmental impact. While requiring substantial capital investment, potential funding sources like the National Trade Corridor Fund and Alberta’s Economic Development initiatives could support its implementation. With an accelerated project delivery model, construction could start by 2027, driving economic growth and green transition with stakeholder collaboration and governmental backing.
Site investigations, Technical feasibility and regulatory studies, Land ownership and appraisal, Economic and revenue studies.
HGC was retained for the replacement of the existing concrete road ford. In coordination with this replacement, HGC developed detailed design, procurement, and construction packages for a dual-lane, 30-meter-long steel girder bridge with precast concrete decking, steel pile substructure, and stabilized earthen retaining walls.
Site Assessment, Geotechnical, Structural – Sub/Superstructure
HGC was retained to perform 37 bridge and 2 culvert water crossing inspections for all visible components. HGC provided assessment of component conditions including superstructure, deck, and abutments, as well as piers when applicable, and provide detailed bridge repair summary for each structure. HGC also completed a load rating analysis on 12 bridges and 2 culvert crossings. Analysis and rating recommendations were based on the main beams of the superstructure with consideration given to the condition of the superstructure and substructure.
Structural Inspection Assessment and Recommendation Water Management
HGC was retained to carry out a detailed geotechnical site investigation and structural pile design for the proposed single-lane structural steel Bailey Bridge crossing.
Foundation Design, Geotechnical, Procurement, QA/QC
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HGC partnered with Eco-Web Ecological Consulting to assess the environmental impact of a temporary water withdrawal point for infrastructure development along a river. Conducting a Fish and Fish Habitat Assessment (FFHA), they aimed to mitigate potential harm to river dynamics, aquatic life, and water quality from oil and gas activities. Engaging stakeholders, including Roy Northern, ensured community involvement and transparent communication. HGC’s detailed site visit and adherence to regulatory guidelines, such as the Department of Fisheries and Oceans’ standards, led to the successful approval of a temporary water license application by the Oil and Gas Commission.
Point of Diversion assessment, Stakeholder Engagement, Regulatory Application, Fish Screen Design
HGC was retained to provide environmental and engineering services relating to source water supply for infrastructure being developed to aid hydraulic fracturing operations of a Water Hub asset. HGC performed Front-End Engineering Design (FEED) including site investigation up/downstream of Point of Diversion (POD) and a preliminary desktop morphological assessment. In the preliminary stages of the project, HGC provided the client with high-level Capital Cost Estimates of work.
Water Resources, River Engineering, Environmental Engineering
HGC was retained following a failure at a Produced Water Pond. HGC’s scope was to design and install groundwater monitoring wells for supplemental site assessment, and to re-establish groundwater characteristics around the site.
As part of pond reconstruction, HGC conducted downhole geophysical investigation using a Geonics EM39 conductivity and natural gamma measuring tool to assist with determining optimal well locations and aid in site characterization. As required by the BC Oil and Gas Commission the objective of new groundwater well installation was to re-establish baseline site conditions following pond failure. This included the development of wells, water level depth, and sampling (pH, temperature, EC).
GW Well Installation, GW Characteristic Assessment
HGC has been retained by numerous clients that hold assets within the Montney region in British Columbia. HGC delivers preliminary site investigations to determine specific water table, bedrock stratum and associated detailed consultations to aid engineering solutions for both pre-existing and new saline water ponds within the region. HGC aims to provide enough information for temporary or permanent regulatory applications for water licensing and storage as per the BC Oil and Gas Commission.
GW Well Installation, GW Characteristic Assessment
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Ron Kitagawa brings over 37 years of engineering experience in consulting and construction. Mr. Kitagawa’s experience encompasses river diversions; flood risk and debris-flood mitigation; riverbank erosion protection; dam rehabilitation; hydraulic structures; underground services for industrial and commercial facilities; treated water storage and wastewater retention facilities; and municipal and agricultural water supply systems.
Additionally, Ron has over 12 years of experience with dam safety reviews and annual performance reviews for provincial and municipal governments and industrial clients. Ron is the Lead Civil Engineer and a mentor for the civil group.
Grant is a seasoned railway engineer with 18 years of experience specializing in freight rail and civil engineering. Grounded in core values of trust and quality, Grant’s collaborations with industry leaders such as CN Rail and CPKC underscore his expertise and the valuable relationships he has built.
His focus on innovation and strategic thinking has consistently led to successful project outcomes for his clients.
Cameron Johnston has been in consulting since 2008, concentrating on collaborative projects across various environmental disciplines, including water, wetlands, and vegetation. His approach involves connecting with clients and stakeholders to understand their goals and ensure those outcomes are achieved.
Cameron works closely with clients, companies, and communities to facilitate responsible development and environmental sustainability.
Kevin has over 19 years of experience as a Civil Designer with a focus in earthworks design and survey including road and well pad design, petrochemical plant site design, site planning, layout and grading.
He is an experienced Lead Designer for deep underground utilities and has led a team of designers in large scale earthworks projects.
Matt is a Geotechnical Engineer that has more than 12 years of experience in exploration geology and geotechnical investigation with extensive work done across Alberta and northern British Columbia.
His experience has included geotechnical and geological borehole logging, sampling and characterization of hard rock and soils, site supervision and field program settlement analysis, slope stability, thermal modelling and general site interpretation and recommendations.
Sherry has over a decade of progressive experience in financial management. She started her career as a self-taught bookkeeper for home-based businesses and has worked towards managing financial systems of increasing complexity, culminating with the financial department at Higher Ground Consulting.
Sherry has mastered multiple accounting software platforms and is currently the resident expert for all aspects of our Enterprise Resource Planning (ERP) platform.
Jake brings over 10 years of engineering, project management and strategic business development experience to Higher Ground Consulting. Blending years of field experience and corporate development, Jake has managed over $150 million in capital projects throughout that span.
He has spent the majority of his career focused on water infrastructure planning and construction throughout Western Canada and the US.
Shawn is a Civil Engineer trained at Lakehead University in Ontario with over ten years of experience in earthworks construction and inspection.
Shawn’s professional experience has focused on earthen and geosynthetic containment structures in the areas of earthworks construction, geotechnical and environmental analysis, surveying, Civil 3D modelling, construction QA/QC, and technical reporting.
Scott holds a Bachelor of Applied Science in Civil Engineering from the University of New Brunswick. Mr. Wark has more than 12 years of professional experience with a strong background in project management and technical design for earthen and geosynthetic containment facilities (solid and liquid waste).
His expertise includes evaluation and development of solid waste management facilities during the full project life-cycle.
Lee is a Geotechnical Engineer with more than 15 years of experience in the design and construction of civil and marine works throughout North and South America.
He has been involved in the design and construction of Liquefied Natural Gas (LNG) facilities, ports and marine terminals, highways, airports and rail facilities, dams and tailings facilities, oil and gas installations, plants and pipelines, as well as large commercial buildings, municipal facilities, and residential subdivisions.
Wes has significant experience working as a construction manager, engineer and project manager in the oil and gas industry. Mr. Ferris holds university degrees in Civil Engineering and Sociology and is a member of the Project Management Institute.
His diverse background and experience bring a greater understanding of all project components and the leadership and coordination required for success. Mr. Ferris is the founder of Higher Ground Consulting.
Gary has 28 years of experience in the environmental and energy services industry. Mr. Perras has a university degree in Regional Environmental Systems as well as a Masters of Business Administration.
His executive expertise includes operations, project planning and execution, corporate HS&E compliance and business development. Gary’s passion is to be a leader and mentor for dynamic and growth-oriented companies.
