The client requested that Integrated Sustainability conduct a water risk assessment that included the evaluation of source water, water use, and associated water-related risks in relation to its operations and anticipated developments.
Zero liquid discharge technology evaluation for wastewater treatment and central processing facility operational cost reduction.
Design and fabrication of Hydrogen Sulphide/Mercaptan Scavenging package for recovery of sulphur content from sour gas
Changing regulatory requirements surrounding the use of fresh water for Steam Assisted Gravity Drainage (SAGD) heavy oil extraction resulted in the need for this study. Through it, Integrated Sustainability was able to provide a quantitative comparison of the capital, operational and maintenance costs of all feasible water options, while validating the basis of design and the technical feasibility of pipeline transport and on-site water treatment.
Elevator Blowdown (EBD) treatment solutions were being considered to serve as a cost saving alternative to the Steam Assisted Gravity Drainage (SAGD) Facility’s current disposal method for liquid waste from the site.
Evaluate the potential process advantages and operational issues associated with boiler “rifle tube” retrofits for an Industrial Water Treatment Plant. Moreover, it was critical to consider additional equipment required, and whether increased maintenance wold be needed.
Predict the quantity and types of solids that will form in the disposal tank and in downstream disposal dumps, pipeline, and disposal well at an operating SAGD Central Processing Facility.
Designated process and water treatment support and process optimization and trouble-shooting at a SAGD facility.
Environmental and regulatory services for both central processing facility and utilities & infrastructure for SAGD facility expansion.
Support regulatory applications to construct and operate a green field, oil sands steam-assisted gravity drainage (SAGD) project.
Understanding geochemical interactions that take place between the disposal water and the target formation is vital to ensure successful and long-term disposal operations.
A disposal formation was over pressurizing and impacting operational performance for SAGD operating facilities by limiting disposal volume. Integrated Sustainability was retained to both evaluate and recommend alternate disposal options and new technologies that could reduce liquid waste by enhancing process recycle and reuse.
Please complete this short form to access the content.
