|
Project
Manager
|
Kirby
S. Chapman
|
| Task
Leader |
Allen Adriani |
| Project
Goal |
This
project strives to significantly improve the cost-effectiveness of
implementing NOx and formaldehyde controls and associated monitoring
on compressor engines, thus ensuring compliance with air regulations
does not prevent oil and gas operations from achieving their maximum
productivity at competitive production costs. |
| Task 1 |
Develop industry partnerships to
coordinate overall project direction and execution, and to facilitate
field testing and technology transfer.
|
| Task 2 |
Develop a
database of existing reciprocating engines currently used in E&P
applications. |
| Task 3 |
Identify
and assess commercial and emerging emissions control and monitoring
technologies |
| Task 4 |
Determine
technology and market gaps and incongruities between practical
options, current and expected permitting requirements. |
| Task 5 |
Evaluate
via controlled laboratory testing emerging technologies and adapt
products to this specific setting. |
| Task 6 |
Determine
on-engine control system and sensor requirements for remote emissions
monitoring. |
| Deliverables |
The
ultimate deliverable is a set of commercially available, cost
effective retrofit emissions reduction and monitoring
equipment.
Other deliverables will consist of
monthly progress reports and Topical Reports at the end of each
phase of the project. |
