The Future of Fugitive Emissions Control
Facing the growing concern of climate change and escalating regulations, the need for more effective emission reduction strategies and technologies in the oil and gas industry has become clear.
Known for our catalytic heating technology, Bruest has been a pioneering force in the oil and gas industry for over 60 years, and we have stepped up to this latest industry challenge.
As industry needs have evolved, we have responded by leveraging our heating technology in new ways to create a solution that manages Fugitive Emissions.
We are proud to respond to growing industry demands by offering our The Bruest Fugitive Emissions Catalytic Converter, a simple solution for converting fugitive and vented emissions into water vapor and CO2
Designed to address the limitations of existing emissions management tools, our The Bruest Fugitive Emissions Catalytic Converter provides a solution that gives operators access to simple fugitive emissions control, cost management, and regulatory compliance while practicing environmental responsibility.
The Bruest Fugitive Emissions Catalytic Converter: New Benefits, Familiar Package
The Bruest Fugitive Emissions Catalytic Converter effectively addresses traditional emission management limitations in the following ways:
Regulatory Compliance
With its ability to collect and convert fugitive emissions into water vapor and CO2, The Bruest Fugitive Emissions Converter makes it easy to meet the standards of fugitive emissions regulations, helping to avoid legal and financial penalties.
Cost-Effective Operations
By streamlining the emission control process with reduced downtime and helping to avoid fines, The Bruest Fugitive Emissions Catalytic Converter reduces operational costs.
Reduced Training Costs
Using technology that is already familiar to operators eliminates the learning curve, meaning less need for training and smoother integration into existing operations.
Ease of Integration and Operation
Designed for compatibility with existing systems, The Bruest Fugitive Emissions Catalytic Converter minimizes installation and operational disruptions, making it an easy fit for current infrastructures.
Commitment to Environmental Responsibility
The Bruest Fugitive Emissions Catalytic Converter clean operation, which eliminates harmful byproducts, underscores our commitment to sustainability and reduced ecological impact.
Compact and Safe Design
The Bruest Fugitive Emissions Catalytic Converter’s compact size and compliance with safety standards makes it suitable for many different contexts. The design eliminates the need for tall exhaust stacks and allows for proximity placement.
Operational Safety in Hazardous Settings
Approved for use in Class I Division 1 and 2 Group D locations, The Bruest Fugitive Emissions Catalytic Converter ensures safety in hazardous environments, safeguarding personnel and infrastructure.
Scalability and Operational Flexibility
With options for surge tanks, different hourly conversion rates, and operational readiness, The Bruest Fugitive Emissions Catalytic Converter is adaptable to various operation sizes and emission levels. This makes it possible to purchase only one of The Bruest Fugitive Emissions Catalytic Converter’s for multiple points of venting.
Reliable Technology
The Bruest Fugitive Emissions Catalytic Converter benefits from using reliable, time-tested technology that has been refined and validated over years of use. It offers peace of mind over newly introduced technologies, which lack a track record of performance.
Noiseless Operation
The Bruest Fugitive Emissions Catalytic Converter operates without the noise concerns associated with traditional heating methods.
Specifications and Requirements
Design Parameters
Selection of The Bruest Fugitive Emissions Catalytic Converter units depends on the continuous and peak emission rate as well as the back pressure limit. The conversion rate start at 2SCFH as the smallest unit. Maximum conversion rate can be designed per application requirement.
Power Requirement
The Bruest Fugitive Emissions Catalytic Converter units require electric power for 30 minutes to start the process. Electric power may be used continuously depending on application conditions.
Innovation and Research
There is a continuous need for innovation and research to develop more effective and cost-efficient solutions for emission control.
Adaptable to multiple emission sources:
Multiple Emission Sources
Capable of handling emissions from multiple sources, The Bruest Fugitive Emissions Catalytic Converter is adaptable for different operational scenarios.
Enhanced Emission Management:
Surge Tank Usage
A surge tank or collection vessel can be used to manage peak emission rates without upsizing The Bruest Fugitive Emissions Catalytic Converter unit, ensuring efficient handling of varying emission levels.
Customizable Options and Flexibility
The design includes a range of options to cater to different operational environments in the oil and gas industry, ensuring versatility and adaptability, such as:
Multiple Hourly Conversion Rates:
Available in multiple hourly conversion rates, The Bruest Fugitive Emissions Catalytic Converter can handle different volumes of emission gasses. This feature makes it adaptable to the varying emission outputs of different facilities.
Readiness Options:
The Bruest Fugitive Emissions Catalytic Converter unit requires a minimal catalyst temperature to achieve optimal performance. Several options are available to maintain the proper operational temperature:
Electrically Heated Option
This option keeps The Bruest Fugitive Emissions Catalytic Converter at the necessary operating temperature using a constant source of electrical power. While effective, it may not be suitable in all scenarios, particularly in remote locations without stable power access.
Maintenance Fuel Option
The Bruest Fugitive Emissions Catalytic Converter can also be maintained at its working temperature using a low-pressure gas supply. This method is more efficient in terms of fuel consumption, utilizing only half of the designed conversion rate and can be used in remote locations
Automated Control
Automated control systems can turn on The Bruest Fugitive Emissions Catalytic Converter unit based on designated input signals.
Control Mechanisms
Manual Control
Ideal for remote areas where electrical power isn’t consistently available, the manual control option allows operators to manage The Bruest Fugitive Emissions Catalytic Converter without relying on electricity.
Automated Control
These options underscore the flexibility of The Bruest Fugitive Emissions Catalytic Converter. Whether it’s adjusting to different emission rates or adapting to the available infrastructure, it offers practical and efficient solutions to manage emissions in various oil and gas industry settings.
These options underscore the flexibility of the Fugitive Emissions Catalytic Converter. Whether it’s adjusting to different emission rates or adapting to the available infrastructure, our FECC offers practical and efficient solutions to manage emissions in various oil and gas industry settings.
How it Works
The Bruest Fugitive Emissions Catalytic Converter works by applying catalytic technology to address the pressing issue of fugitive emissions in the natural gas industry.
Core Technology
Principle
The Bruest Fugitive Emissions Catalytic Converter operates on the same principles as the catalytic converters used in the automotive industries since 1975.
Conversion Process
It converts emission gases into carbon dioxide (CO2) and water vapor in the same way that a vehicle’s catalytic converter works, but has been adapted for oil and gas industrial applications.
Chemical Reaction
The process involves a reaction (𝐶𝐻4 + 2𝑂2 + 𝐶𝑎𝑡𝑎𝑙𝑦𝑠𝑡 → 𝐶𝑂2 + 2𝐻2𝑂 + 𝐻𝑒𝑎𝑡), which releases energy at a lower temperature.
Bruest: Leading the Way in Sustainable Emission Control Technologies
The Bruest Fugitive Emissions Catalytic Converter is the result of 60 years of expertise and a commitment to providing safe, efficient, and clean solutions in the natural gas industry.
With its unique advantages, including a clean and quiet operation, compact design, and proven safety in hazardous environments, it stands out as a versatile and effective solution.
As The Bruest Fugitive Emissions Catalytic Converter enters the market, it promises a safer, cleaner, and more efficient future in emission management, directly aligning with the industry’s evolving needs.
Are you ready to learn more about how The Bruest Fugitive Emissions Catalytic Converter can help you manage costs, meet regulatory guidelines, and operate more sustainably? Reach out to our team today.