Demonstration of a Full-Scale Multilateral Junction Assembly
Modern Wellbore Solutions has developed the world’s first Multilateral Junction Tool Assembly (MJT) and process to allow oil and natural gas companies to drill, complete, and operate multilateral wells in unconventional assets. The MJT can be applied to new and existing wellbores, and results in more efficient drainage of reservoirs, reduced environmental impacts, and curtailed…
Doef’s Greenhouses CO2 and Heat Capture
Doef’s Greenhouses is constructing a 13-acre hydroponic vegetable greenhouse and Horseshoe Power is constructing a co-located tri-generation power plant. The tri-generation plant utilizes natural gas from surrounding natural gas fields as fuel and generates electricity, heat, CO2 and water for the greenhouse. Otherwise waste heat will be recovered and used to heat the greenhouse and…
Supercritical CO2 Waste Heat Recovery and Utilization Technology
This project involves the installation of a demonstration waste heat recovery (WHR) generation system at one of TransCanada’s compressor station sites in Alberta. The technology is a first-of-a-kind approach in WHR and uses Supercritical Carbon Dioxide (sCO2) as the working fluid to recover waste heat from a gas turbine and convert it to emissions-free electricity.…
Anax Power Turboexpander Project
The Anax Turboexpander provides clean, distributed electricity from the pressure and flow of natural gas, without combustion. The technology repurposes energy lost in the natural gas let-down process at network pressure reducing stations to drive an in-line generator which is installed in parallel with natural gas pressure reducing valves. Primary customers are natural gas power…
In-Pipe Turbine Generator Field Demonstration Project
ZKO has partnered with Peyto Exploration & Development to demonstrate an in-pipe turbine generator that uses flowing natural gas in the pipeline from the wellhead to generate electricity, which is used to power chemical injection pumps, eliminating a large source of methane venting in natural gas production. Chemical injection pumps currently operate pneumatically and vent…
High Temperature Membranes for SAGD PW Treatment
Suncor will partner with Devon Energy and Suez (formerly GE Water) to demonstrate High Temperature Reverse Osmosis (HTRO) membranes for SAGD water treatment. The project will validate the technology for application in high-temperature SAGD conditions. If successful, the membranes could eliminate the need to reduce the temperature and pressure of produced water prior to water…
Kearl ConDex Flue Gas Heat and Water Recovery Project
This project will demonstrate ConDex boiler flue gas and water recovery technology at Imperial’s Kearl Oil Sands mine. The ConDex technology is designed to reduce greenhouse gas (GHG) emissions by capturing and using exhaust heat otherwise lost to the atmosphere through the flue gas streams in oil sands mining operations. The technology is a high-performance…
Digital Optimization using Advanced Process Control in an In-Situ Facility
This project involves the implementation of a digital optimization technology known as Advanced Process Control (APC) at Suncor’s Firebag and MacKay River in situ facilities. The technology combines algorithms with machine learning and data analytics to enhance process control performance. Examples of areas where optimization could be implemented include well-pad steam distribution and steam quality…
Field Pilot of Multilateral Well Technology to Reduce GHG Intensity of SAGD
This project will use innovative drilling and completion methods and thermal junction technology in existing Steam Assisted Gravity Drainage (SAGD) vertical wellbores to increase production from a single surface location. Thermal junction technology enables the drilling of multiple lateral sections without the need for additional above ground capital. The technology should lower costs for infill…
Kraft Pulp Mill Flue Gas Energy Recovery Project
This project will deploy a heat recovery system at the Al-Pac Kraft Pulp Mill to capture heat from the plant’s flue gas stream. The recovered flue gas heat will go into the hot water system for the facility, freeing up steam to generate additional “green” electricity. The innovative aspect of this approach is the unique…