MSAPR Compliance Made Smarter, Faster, and More Cost-Effective
Optimize Multi-Sector Air Pollutants Regulations (MSAPR) compressor testing with our advanced MSAPR Optimizer—reducing costly tests while ensuring regulatory compliance.
Cut unnessecary testing costs while meeting MSAPR requirements
MSAPR Optimizer helps you develop a cost-effective, strategic approach to compliance, ensuring you meet regulatory requirements while minimizing capital and operating expenses. Whether you need to evaluate compliance options for individual engines, optimize subgrouping strategies, or reduce testing costs, MSAPR Optimizer provides the advanced tools and insights to streamline decision-making and maximize efficiency.
Plan, compare and optimize your MSAPR strategy
- The tool allows users to designate engines to one or more Subgroups, providing flexibility in managing compliance strategies.
- Users can assign default, special default, or non-default emission values, which impacts testing requirements and compliance calculations.
- By evaluating different scenarios and using calculated yearly averages, users can ensure they stay under the yearly average NOX emissions limit while optimizing costs.
- The ability to identify engines that do not need modifications helps create an effective compliance strategy.
- Users can evaluate different scenarios to determine which emissions value works best for each engine.
- The tool calculates yearly average NOX emissions for different scenarios, providing data to compare compliance options.
- By assigning default or special default values, users may be able to reduce testing requirements.
- The ability to identify if engines need upgrades to meet yearly average limits, ensures capital is allocated efficiently.
- Users can evaluate the benefit of including replacement units (e.g., electric motors or modern engines) in a Subgroup.
- The system helps compare different scenarios to find the most cost-effective path to compliance.
- Assigning default or special default values can reduce performance testing costs.
- If these options are not used, regular testing requirements apply, leading to higher operating costs.
- The tool allows users to optimize their approach to emissions reporting and compliance to minimize unnecessary testing expenses.
- Users can create multiple Subgroups based on geography, business units, or other criteria, providing flexibility in compliance planning.
- The ability to upload engine inventory easily and assign engines to Subgroups simplifies management.
MSAPR Optimizer
For producers who want to efficiently comply with MSAPR legistation while minimizing capital and operating costs.
MSAPR Optimizer includes:
- Cloud-Based Platform
- User-Friendly Interface
- Onboarding and Setup
- Centralized Data
- Seamless Integration
- Streamlined Workflows
- Best-in-Class Simulation Engine
- Training
- Regulatory Reporting and Compliance
- Audit Support
- Custom Reports
- Pay Per Report Service Available
- Cost Optimization
- Forecasting
Go Beyond Compliance Suite
For producers who wish to transform their operations with a comprehensive suite of cutting-edge software for total operational optomization.
Go Beyond Compliance Suite includes:
- Cloud-Based Platform
- User-Friendly Interface
- Onboarding and Setup
- Centralized Data
- Seamless Integration
- Streamlined Workflows
- Best-in-Class Simulation Engine
- Training
- Regulatory Reporting and Compliance
- Audit Support
- Custom Reports
- Change Management
- Time Series
- Pay Per Report Service Available
- Cost Optimization
- Forecasting
- Real-Time Monitoring
- Mitigation Roadmaps
Our expertise, your success
Advanced Techno-Economic and MACC Analysis
TEAM is a web-based decision support tool that enables rigorous technoeconomic evaluations and optimization of emissions mitigation strategies for key industrial sectors, while considering facility-level constraints and local economic parameters.
Unlock Real-Time Insights
RT-GHG is a cutting-edge, cloud-based solution for emissions tracking and management of processing facilities. Using state-of-the-art digital twin technology, RT-GHG constructs a digital copy of industrial facilities, seamlessly integrating operational data and sensor readings.
It uses numerical optimization and scenario analysis to determine the minimum number of compressor tests and optimal engine subgroup configurations required to keep your kWh-weighted average NOX emissions within regulatory limits.