Artificial intelligence (AI) policy: ASHRAE prohibits the entry of content from any ASHRAE publication or related ASHRAE intellectual property (IP) into any AI tool, including but not limited to ChatGPT. Additionally, creating derivative works of ASHRAE IP using AI is also prohibited without express written permission from ASHRAE.

Close
logoShaping Tomorrow's Built Environment Today
Did you find what you were looking for? Let us know along with any questions or feedback. 
Email communications@ashrae.org

Visit ASHRAE’s Bookstore or Technology Portal to search directly with site-specific search options.

Search Results for: boiler

4225 -- Steam Conservation and Boiler Plant Efficiency Advancements

Conference Proceeding

4225 -- Steam Conservation and Boiler Plant Efficiency Advancements

SA-12-C029 -- Laboratory Evaluation of Aftermarket Boiler Control System

Conference Proceeding

SA-12-C029 -- Laboratory Evaluation of Aftermarket Boiler Control System

A Primer on Protecting Idle Boilers

Journal

Many boiler plants have excess boiler capacity. Typical boiler plants maintain backup capacity that must be instantly ready to provide steam should a mechanical problem occur on the primary boilers. Some boiler plants may have had a greater steam demand at one time, and process changes have reduced present steam requirements. The challenge to many managers is to protect the integrity of this equipment while the boilers are not being used. A significant amount of damage that occurs to boilers during their lifetime can be associated with idle periods and extended downtime. The typical processes in place that provide protection for boilers from scale and corrosion during operational times may not be available when the boiler is not running.

Avoiding Boiler Problems

Journal

Boilers represent large capital expenditures. Their operational reliability and availability are often critical to facility profitability. Therefore, training and developing personnel responsible for this equipment is essential. Failure to follow a few well-established practices can result in catastrophe. The most common causes of catastrophic boiler failure include: fuel explosion, low water incident, poor water treatment, contaminated feedwater, improper blowdown techniques, improper warm-up, impact damage to tubes, severe overfiring, improper storage, and pulling a vacuum.

Boiler System Efficiency

Journal Article

Boiler System Efficiency

Engineers Notebook: Design Tips to Avoid Boiler Short-Cycling

Journal

Boiler short-cycling causes excessive wear and tear on the boiler and has a tremendous penalty on boiler efficiency. Kent provides tips to help designers improve heating hot water system performance.

Examining Boiler Setpoint Effect

Journal Article

Examining Boiler Setpoint Effect

NY-14-C003 -- Principals of Condensing Boiler System Design

Conference Proceeding

NY-14-C003 -- Principals of Condensing Boiler System Design

(January 2022) A Multi-Lesson Hydronics War Story

Learn more about (January 2022) A Multi-Lesson Hydronics War Story at ashrae.org

Understanding Fuel Savings in the Boiler Room

Journal Article

Understanding Fuel Savings in the Boiler Room


Close