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- Understanding the latest HAPs MACT to enable full compliance at the lowest possible cost
- Keynote Presentation
- Clarifying the very latest EPA HAPs MACT and its impact upon your power plant to ensure the wisest investment decisions
- Establishing clear guidelines for HAPs, NOx, SOx and particulates control to develop a comprehensive emissions reduction strategy for your power plant
- Identifying significant developments within the MACT standards to fully understand what crucial adjustments must be made for EPA compliance
- Outlining definitive timeframes for achieving compliance to avoid financial penalties at a later date
- Defining the impact of the latest regulations upon individual plant modifications and upgrades to facilitate a cost efficient approach towards emissions reduction from the onset
- Exploring the very best methods for incorporating the HAPs MACT into your long term strategy for a cost effective and energy efficient plant
- Dr. Robert Wayland, Office of Air Quality Planning and Standards Sector Policies and Programs Division, EPA
- Keynote Presentation
- Exploring control technology options for multi-pollutant emissions limits
- Assessing available options for regulatory compliance to develop a viable emissions reduction strategy
- Understanding the performance, experience and costs of control options for all hazardous air pollutants (HAPS) likely to be limited by regulations and permits
- Previewing the potential future for HAPS control through outlining what R&D is currently being done
- Addressing compliance with HAPS limits holistically to investigate how HAPS controls affect water discharge treatment and beneficial use of coal combustion products
- Dr. George Offen, Senior Technical Executive, EPRI
- AEP Case Study:
- Determining the very best response to new EPA regulations to pinpoint those areas of investment that will drive forwards your emissions reduction strategy at the lowest possible cost
- Exploring what options are available for regulatory compliance to define an apt emissions strategy for your specific plant
- Evaluating the extent to which EPA regulations will affect future operations
- Investigating availability of reduction technologies to guarantee MACT compliance
- Assessing the best methods for tailoring plant modifications and operations to guarantee full compliance
- Forecasting potential costs of enhanced emissions control to ensure you drive forward a viable and profitable business strategy
- Mark McCullough, Senior Vice President, Fossil and Hydro Generation, American Electric Power (AEP)
- Accurately assessing existing plant equipment to identify crucial upgrades that will optimize combined NOx, SOx, mercury and particulate control to achieve the lowest possible emissions levels
- Ensuring comprehensive evaluation and comparison of your current plant systems and potential upgrades to successfully attain multi-pollutant control
- Determining the potential for existing systems enhancement to optimize emissions reduction at minimal systems operating costs
- Assessing the business case for new emissions reduction equipment as well as the requirement for station refurbishment to ensure that high availability and performance is maintained within your existing plant
- Pinpointing necessary technological updates early on to implement and complete a tailor-made emissions reduction strategy within the EPA regulatory timeframe
- Developing an effective cost-benefit analysis to determine your operability costs and the impact of emissions reduction upon these for a long-term business plan
- Assessing a combination of ROFAs, fabric filters and DSI injections for an overall multi-pollutant strategy that will reduce NOx, PM and mercury
- Evaluating your plant operating conditions to ensure reliability and consistent emissions reduction
- Clifford Carnes, Assistant Plant Manager, Indiana Kentucky Pow er Cooperative
- Optimizing capture co-benefits of AQCS Systems for mercury control
- Defining a cost-effective approach to MACT compliance for mercury through the use of “co-benefits” from AQCS systems already in service
- Exploring how these AQCS systems are designed for removal of NOx, PM, and SO2
- Investigating results that show highly variable mercury emissions from a system not engineered for mercury control
- Analyzing 40 months of wet FGD mercury emission data to determine the actual variability in mercury emissions
- Comparing the actual variability with estimates of variability using t-statistic to explore how these do not agree and suggest the t-statistic will underestimate variability
- Dr. Corey Tyree, Project Manager, Southern Company
- Significantly reducing both NOx and mercury levels whilst minimizing SO2 conversion rates through effective system design
- Identifying the optimum SCR design for your plant to facilitate the necessary levels of NOx and mercury reduction at minimum cost
- Assessing your coal type to determine the type of mercury control technology required
- Minimizing the amount of SO2 conversion during catalytic reaction to reduce SO3 levels in your flue gas
- Achieving the highest levels of mercury oxidation under challenging conditions involving high temperatures and low HCl concentrations
- John Buschmann, Technology Manager, ALSTOM ENVIRONMENTAL CONTROL SYSTEMS
- Investigating regulatory policies and strategies to determine the future of emissions reduction
- Outlining a technology overview for emissions in response to the Transport Rule, MACT, and GHG regulations
- Exploring emissions impacted by new regulations
- Investigating market outlook and approaches
- Uncovering technologies for low emissions of mercury, NOx,SOx, and particulate
- Determining the impact of integration of carbon dioxide capture technologies
- Dennis Johnson, Senior Director/Specialty Engineering Power Group, Fluor
- Panel Discussion: Debating the impact of the Interstate Transport Rule upon your emissions reduction strategy
- Determining the extent to which the Interstate Transport Rule will impact your NOx and SOx reduction strategies by 2014
- Understanding NOx and SOx concentration through advanced modelling techniques
- Exploring the EPA’s proposal to allow intrastate trading and limited interstate trading among power plants to guarantee that each State meets its individual pollution control obligationsx
- Developing a cost effective strategy for commercial deployment of CCS technologies on both your existing fleets and new coal-based electricity generation plants
- Assessing your existing fleet for retrofit and deployment of CCS
- Exploring the financial investment needed for deployment of CCS to ensure a successful commercial strategy
- Analyzing the cost of electricity as a result of these retrofits to determine future impact upon consumers
- Outlining permitting, ownership and monitoring issues related to transport and storage of captured CO2 emissions
- Determining job creation opportunities resulting from commercial deployment of CCS technologies
- Robert Beck, Vice President and Chief Operating Officer, The National Coal Council
- An innovative Maximum Achievable Control Technology (MACT) for all pollutants for coal and oil fired power plants
- Imminence of US EPA MACT standards and rules for multi-pollutants from coal and oil-fired boilers and power plants
- Current challenges of traditional technologies costs and energy penalty issues requiring multiple overlapping technologies
- The CEFCO Process: exploring a newly-patented Aerodynamic process based technology and its significant energy consumption benefits over traditional technologies
- Its record of EPA-tested and recognized application as Hazardous Waste Combustors MACT solution for elimination of air pollutants from Radioactive, Hazardous and Acidic Waste Incineration at the DOE facilities
- Description of its 2010 patented process and its application for multi-pollutant control from coal and oil fired boilers and power plants
- Demonstration Unit description in the Spring of 2011 with some preliminary test results
- Dr Anupam Sanyal, President, INTERN ATIONAL ENVIRONMENTAL AND ENERGY CONSULTANTS Co-author: R. Tang, CEFCO GLOBAL CLEAN ENERGY LLC
- Exploring the very best methods for developing an emissions reduction plan that will guarantee that your plant is fully compliant and achieving maximum energy output
- Keynote Presentation
- Outlining Electric Utility Industry (EEI) perspectives on the EPA’s Proposed Utility MACT Rule
- Detailing an overview of the proposed rule and its potential impact
- Assessing the possibilities of compliance to determine whether it can be done in three years and what options are available to companies if not
- Evaluating what controls are necessary for compliance with coal and oil based fleets
- Defining outstanding data and other issues to define what the EPA needs to inform a reasoned final rule
- Exploring how this rule compliments or interferes with other pending rules
- Michael Rossler, Manager of Environmental Programs, EEI
- Exploring cutting-edge reduction technologies and strategies to optimize mercury and particulate matter (PM ) reductions
- Case Studies of application of web-based software as a design and operational aid to assess the optimum quality and quantity of biomass for co-firing with coal while maintaining bottom line revenue under emission compliance
- Global usage of biomass for co-firing with coal
- Current boiler design: compatible biomass selection process
- Web based software for near instant biomass screening
- Software description and development basis
- US and European case histories of software application for optimum coal biomass blend selection under emission compliance with unaffected bottom line revenue
- Dr Anupam Sanyal, President, INTERNATIONAL ENVIRONMENTAL AND ENERGY CONSULTANTS J.W.Allen and K.R.Parker, INTERNATIONAL ENVIRONMENTAL
- AND ENERGY CONSULTATNS
- Understanding mercury emissions, impacts and control strategies for MACT compliance
- Exploring mercury in the environment to fully comprehend the impact of mercury control
- Evaluating mercury regulations and the MACT to develop an effective emissions reduction strategy moving forward
- Assessing mercury emission control strategies and how they relate to other MACT pollutants for optimal multi pollutant control
- Analysing control equipment performance to ensure the lowest level of emissions
- Determining the fate of mercury from mercury control
- Jeff Jaeckels, Director of Safety and Environmental Affairs, Madison Gas and Electric Company John Mooney, Senior Project Engineer, Alliant Energy
- Exploring ESP retrofits as a solution for minimizing costs whilst achieving increasingly stringent particulate matter (PM) emissions levels
- Determining the possibilities of ESP retrofit as a cheaper option for optimized PM emissions reduction
- Analyzing performance issues with hot side ESPs to evaluate their capability to meet more stringent PM levels
- Avoiding hopper re-entrainment of carbon particles to reduce its impact upon elevated emissions
- Exploring the impact of fuel change upon ESP performance to better understand the benefit of proposed upgrades
- Improving material selection and water chemistry management to minimize corrosion of ESPs placed behind the FGD system
- Defining ACI compatibility with ESP for maximum mercury collection
- Sponcered session from FuelTech
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