EPP Webinar - TA

Presented by Immersion Systems Inc. 1 CEU available Learning Objectives:  To educate attendees on the methods, pros and cons of Washing Fruits and Vegetables and Thawing in the Foodservice Industry. Who will benefit:  Attendees (Consultants) who work with Foodservice Operators in recommending the correct solution for their operational needs and educating them of their options. Speaker Details: John Cantrell:  John Cantrell owns the leadership role at Immersion Systems, Inc., with a focus on product design, innovation, IP, customer interactions and strategic direction.  John is an advocate of “new to the world” equipment systems that can dramatically improve Foodservice processes, sanitation, efficiencies, conservation and team member ergonomics.  Prior to serving with ISI, John co-founded Power Soak Systems, Inc., which pioneered the product category of “continuous motion” washing.  John has over 35 years in the Foodservice Equipment industry. Scott Heying:  Scott Heying serves in a Sales and Marketing role for Immersion Systems, Inc. supporting all sales and marketing efforts as it relates to all market segments, Chain, Institutional, and Retail sales.  Scott also served in a similar role at Power Soak Systems, Inc.  Scott has over 8 years in the Foodservice Equipment Industry. For webinar access, contact Scott Heying - [email protected]

Brought to you by CaptiveAire Systems Inc. This course is worth 1 CEU. Prerequisite Knowledge: None Learning Objective 1: Understand electricity on an atomic scale and its history. Learning Objective 2: Understand the importance of having a fundamental understanding of electrical concepts. Learning Objective 3: Visualize electrical materials and components - their interactions and constraints. Learning Objective 4: Understand the basics of utilizing electromagnetic fields. For access, contact Mary Atwood - [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. Worth 1 CEU Course Description: Learn about Paragon RTU's innovative design that supports energy conservation and reduced operating costs through advanced technologies like direct drive motors, variable speed inverter duty compressors and more. Modulating equipment allows it to deliver the highest efficiencies at part-load conditions. Sensors throughout the unit continually measure a wide variety of data points with remote accessibility and control via CASLink cloud monitoring. Prerequisite Knowledge: None. Learning Objective 1: Understand the fundamental design of Paragon RTU and the integration of advanced HVAC technologies Learning Objective 2: Understand the range of applications for Paragon RTU Learning Objective 3: Understand the benefits of electronic controls that support remote monitoring and accessibility via CASLink cloud software Learning Objective 4: Understand the benefits of conditioning fresh air and the impact Paragon RTU has on building comfort For access, contact Mary Atwood at [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. This course is worth 1 CEU. Prerequisite Knowledge: None Learning Objective 1: Understand internal, external and ventilation load sources Learning Objective 2: Understand impacts of ventilation loads Learning Objective 3: Understand the process of using load calculations for unit sizing Learning Objective 4: Understand sizing philosophies and potential risks For access, contact Mary Atwood - [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. This course is worth 1 CEU. Prerequisite Knowledge: None Learning Objective 1: Understand the traditional mechanical HVAC design and why the market/technology is changing Learning Objective 2: Understand the primary needs of HVAC equipment in various types of builds Learning Objective 3: Understand existing equipment challenges with increasing ventilation and filtration requirements Learning Objective 4: Understand the advancements in dedicated outdoor air systems technology and how this new technology meets changing needs offering affordable and sustainable solutions for the future For access, contact Mary Atwood - [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. This course is worth 1 CEU. Prerequisite Knowledge: None Learning Objective 1: Understand how to use psychometric chart Learning Objective 2: Understand concept of dew point and saturation in air Learning Objective 3: Understand the benefits of variable speed HVAC technology Learning Objective 4: Understand why relative humidity is a poor measure of water content in a volume of air For access, contact Mary Atwood - [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. This course is worth 1 CEU. Prerequisite Knowledge: None Learning Objective 1: Understand kitchen ventilation design with code requirements in regards to fire protection and the proper prevention and maintenance needed to reduce risks Learning Objective 2: Overview of history of indoor environmental quality and the technology as it relates to building ventilation systems Learning Objective 3: Recognizing need for new technologies to address customer/building issues in regards to exhaust, humidity and filtration Learning Objective 4: Understand the need for total system integration when it comes to building design For access, contact Mary Atwood - [email protected] 720-772-9971

Brought to you by CaptiveAire Systems Inc. Worth 1 CEU Course Description: Modern buildings are complex; thre are lighting systems, HVAC, pumps, security systems, utilities, and more.  More often than not, it makes sense to connect all this equipment to a centralized controller or Building Management System (BMS) in order to properly monitor and control it all.  In this video we explore how a custom BMS can extract the most performance out of a sophisticated piece of equipment like Paragon HVAC.  We apply various use cases including troubleshooting, comfort, and efficiency examples, with a look towards the future and the use of AI. Prerequisite Knowledge: None. Learning Objective 1: Understand what a Building Management System is and its basic uses Learning Objective 2: Compare and contrast traditional HVAC troubleshooting with the proactive approach Building Management Systems can provide Learning Objective 3: Understand how Building Management Systems can be used by engineers to improve the efficiency of HVAC equipment Learning Objective 4: Understand how HVAC equipment can be improved using large pools of data gathered by Building Management Systems For access, contact Mary Atwood at [email protected] 720-772-9971