About Us
ENGINEERING
Geotechnical Engineering
Materials Engineering and Testing
Soil Bearing Certificate
Soil Testing
Pile Design and Monitoring
Floor Flatness
Post Tension Inspection
Fire Resistive Materials Testing
Project Management and Engineering
Project QA and QC Services
Environmental Phase I and II
Water Resources
We provide geotechnical services for industrial, commercial and residential developments; buildings and high rises; industrial sites (Oil & Gas and Manufacturing) to guide our clients from investigation through innovative design and construction. We provide concrete, aggregate and asphalt mix designs & reviews; pile monitoring (driven steel, belled, compacto and CFA); footing inspections; nondestructive concrete testing. Our partnership allows us to have access to CCIL Approved Laboratory (Field and mobile). We provide soil, aggregate, concrete and asphalt testing; We also provide compaction testing and other type of field monitoring.
Environmental Site Assessments
A crucial diligence process that shall precede the purchase of land and/or building is conducting thorough Environmental Site Assessments (ESAs). The results of ESAs greatly help in the decision-making process and also when planning for financing. Generally, there are three phases for conducting ESAs:
- Phase I ESA: This phase involves non-intrusive environmental assessments to determine whether a site is potentially contaminated due to current or past activities onsite or neighboring sites
- Phase II ESA: The second phase involves testing and analysis to the areas of potential contamination to gain a higher level of confidence than provided by Phase I on whether a site is contaminated
- Phase III ESA: This phase involves remediation and/or exposure control. An important factor in this phase is to clean up the contamination without generating additional pollution in the process.
Brownfield Redevelopment Studies
Brown-fields are abandoned or underutilized sites where their past activities have caused environmental soil or groundwater contamination. Redevelopment brown-fields can create new business opportunities and jobs, accelerate remediation technology innovation, and increase property values and tax revenues. Owners or potential buyers of brown-fields should consider the following strategies to efficiently plan for redevelopment:
- Environmental Site Assessments
- Application for municipal, provincial and federal brown-fields redevelopment grants
- LEED certification
- Rezoning
- Remediation and exposure control
MANAGEMENT PROJECT EXPERIENCE
Suncor Coke Cap (Ponds) - Fort McMurray
Glenmore Dam Infrastructure Improvements Project – Calgary
Institution for women, Edmonton.
Retaining wall, Edmonton International Airport
HAT@FIVE CORNERS - Edmonton, AB
Walmart (Store # 1136) East Hills, Calgary
SUNCOR VU Upgrader – Fort McMurray, AB
CNRL -Froth treatment, Fort McMurray, AB
Shell / Albian Sands Air Strip – Fort McMurray, AB
OPTI - Long Lake, Fort McMurray
Imperial Oil ULSD Project Upgrade, Edmonton, AB
Syncrude Base Plant Expansion - Office Facilities, Fort McMurray, Ab
INTERNATIONAL PROJECT EXPERIENCE
Northwind; Downtown District Cooling Distribution, Phase 1A/1B, Houston, Texas.
- Geotechnical Testing
- Soil Testing
- Concrete Testing
- Reinforcing Steel Inspection
- Structural steel inspection
- Fire resistive material testing
- Post-tension inspection
- Thermocouples
- Column plumbness
Enron II- Houston, Texas
Worked on this forty two story office building which was founded on approximately 13,000 cubic yards of concrete mat foundations and thirteen story parking garage.
- Geotechnical Testing
- Reinforcing steel inspection
- Structural steel inspection
- Fire resistive material testing
- Post-tension inspection
-Thermocouples
- Column plumbness
- Floor flatness inspection.
University of Texas School of Nursing - Houston, Texas
- Participated in a mix design study with Hanson Concrete as requested for the University of Texas to evaluate suitable concrete mixes for construction of a new nursing school building in the Medical Center in Houston, Texas. Concrete with flyash concentrations between 30% and 65% off the cementitious content were tested with two admixtures at total cementitious contents between 4.75 and 9.25 sacks/cubic yard. The nursing school consists of eight-story cast in place concrete building on a mat foundation. An overall goal of this project was to use 50% flyash, as a percent of the total cementitious material, for all concrete placed on this project. Additional duties included managing and supervising of testing of all the fill material, reinforcing steel inspection, concrete testing, batch plant control, thermocouple, structural steel inspection for this project. Also monitored budget for all the material testing for this project, report preparation, review reports, recommended the fill that was placed over the mat foundation.
BMS Parking Garage – Houston, Texas
Multi-story parking garage in Houston, Texas.
-Geotechical testing and recommendations
-Materials engineering and testing
-Post-tension inspection
Resident Hall and 5 story parking garage; University of St. Thomas – Houston, Texas
- Worked with a team consists of structural engineer, architect, civil engineer and general contractor to remove existing piers, designed new piers and recommended suitable fill materials to replace the removed piers.
- Materials engineering and testing
- Geotechnical testing and recommendations.
HMB Parking garage; University of Texas Cancer Center – Houston, Texas
Multi-story parking garage in Houston, Texas.
-Geotechical testing and recommendations
-Materials engineering and testing
-Post-tension inspection
-Reinforcing steel inspection