Ash Management Downloads
-
Incineration-fly-ash
Object MovedThis document may be found ...
-
Rivashaa - Model ECA - Construction Blocks - Brochure
Expanded Clay Aggregate (ECA ®) BLOCKS are masonry units manufactured using Expanded Clay Aggregate (ECA ®), Class F fly ash, and Cement. They are used for non-load-bearing wall ...
-
Utest - Model UTCM-0003 - Le Chatelier Flask - Brochure
The UTCM-0003 Le Chatelier Flask is used to determine the density of hydraulic cement, ground granulated blast-furnace slag and fly ash for concrete, filler aggregates and lime.The glass flask has a 250ml capacity. The neck is graduated from 0 to 1 ml and from 18 to 24 mL in 0.1-mL ...
By Utest
-
1049 Coal and Fly Ash - Final - Application Note
The level of mercury found in coal can vary dramatically. Using clean fuels may be critical in satisfying emission requirements for the Mercury Rule of the Clean Air Act (CAA). Also, the monetary value of the fly ash residue resulting from the combustion of coal may be inversely proportional to its mercury content. The Hydra-C Direct Mercury Analyzer provides fast, simple and convenient analyses ...
-
1901 HgENV Coal Fly Ash NIST 1633c - Technical Note
This technical note describes the analysis of Coal Fly Ash (NIST 1633c) by EPA 7471B on the QuickTrace® M-7600 mercury analyzer. The analysis utilized a reduced internal diameter (ID) tubing for the stannous chloride (SnCl2), sample and waste lines. This configuration reduces reagent and waste and is validated in Application Note: AN1905 – Green Chemistry: Decreased Reagent Consumption ...
-
Thermax - Atmospheric Fluidized Bed Combustion boiler Brochure
Thermax's bubbling type AFBC boiler offers efficient, cost-effective and reliable steam generation and is a viable alternative to conventional solid fuel-fired boilers for industrial applications. With over 265 installations across the world, the boiler offers benefits like fuel flexibility, high efficiency, low emissions, and reduced capital and operating expenses. Thermax's AFBC boiler design ...
-
5E-AF4115 Ash Fusion Determinator - Datasheet
The 5E-AF4115 Ash Fusion Determinator is an automatic instrument for the determination of the ash fusion of solid fuel ashes like biomass, coal and coke, solid recovered fuels ...
-
Fly Ash for Controlled Density Fill - Technical Bulletin
CDF, also known as “flowable fill”, is an engineered, controlled fill material which is self-placing, self-leveling, self-compacting and non-settling. It is easily proportioned to suit almost any application and uses conventional materials found in almost every concrete production ...
-
Fly Ash in Hot Weather Concrete - Technical Bulletin
When the Mercury Goes Above 80°F and as placed concrete temperatures rise above 85°, a complex set of problems must be dealt with. The good news is, simple adjustments to the concrete mix or to construction practices may prevent these potential problems. Hot weather has been defined as any period of high temperature in which special precautions need to be taken to ensure proper handling, ...
-
Fly Ash in Pervious Concrete - Technical Bulletin
Pervious Concrete is a zero-slump, no-fines, open graded material consisting of portland cement, fly ash, coarse aggregate, admixtures and water. The right configuration of these materials produces a product that allows water to pass though it at the rate of 12-18 gallons per minute per square foot. The void structure of pervious concrete is typically between 18% ...
-
Fly Ash for Stone Matrix Asphalt - Technical Bulletin
Stone Matrix Asphalt (SMA) is a durable, stable, rut-resistant hot mix asphalt (HMA) consisting of two parts: a coarse aggregate skeleton and an asphalt rich binder mortar. The coarse aggregate provides stone-on-stone contact for bearing and rut resistance. The asphalt rich binder provides sufficient mortar of the desired consistency for durability, requiring a large amount of mineral filler such ...
-
Fly Ash for Insulating Concrete Form Construction (ICFs) - Technical Bulletin
Insulating Concrete Forms (ICFS), which became popular in residential construction in the 1990s, are steadily gaining acceptance in the commercial market, as well. ICFs combine framing, insulation, sheeting and shear wall strength into one superior building system that uses concrete as the main structural member from foundation to roof ...
-
Higher Volume Fly Ash for Concrete Pavement - Technical Bulletin
Historically, fly ash from coal combustion power plants has been utilized for reasons of economy and to maintain workability in warm climates. Experience from coast to coast illustrates how fly ash, in addition to reducing the cubic yard cost of concrete by replacing a portion of the higher priced portland cement, is further reducing the lifecycle cost of roads and bridges by improving concrete ...
-
Energy Savings & Life Cycle Impacts of Fly Ash Use - Technical Bulletin
In June 2008, the US Environmental Protection Agency, in conjunction with the US Department of Transportation and the US Department of Energy, presented a report to Congress entitled “Study on Increasing the Usage of Recovered Mineral Components in Federally Funded Projects Involving Procurement of Cement or Concrete to address the Safe, Accountable, Flexible, Efficient Transportation ...
-
Fly Ash for Structural Concrete - Technical Bulletin
Compressive Strength. Specifications for normal strength concrete generally require a given level of strength in 28 days. Fly ash concrete is easily proportioned to meet strength requirements at this age or any other age ...
-
Fly Ash in Controlled Low Strength Material - Technical Bulletin
Controlled Low Strength Material (CLSM), an easy-to-place, flowable material consisting of fly ash, cement, sand, water, and 8-25% entrained air, is a slurry when placed and a low-strength engineered material when hardened. It is self-leveling, so it requires no compaction or vibration. The compressive strength can be designed to range from 0.35 MPa (50 psi) to 8 MPa (1200 psi). With compressive ...
-
Fly Ash for Architectural Concrete - Technical Bulletin
Modern fly ash production and use is an integral part of concrete construction. Architects and structural engineers routinely design concrete mixes with fly ash for a wide range of structures, roadways, marine and high strength applications. Proven improvements in durability, permeability, shrinkage and long term strength gain yield better quality ...
-
HVFA for Concrete Structures - Technical Bulletin
IN 1981, long before using high volume fly ash (HVFA) concrete in structural applications was an accepted practice, EHDD architects used concrete with 40% fly ash in the seawater holding tanks in the Monterey Bay Aquarium for durability considerations. Since then, concrete throughout the country has regularly utilized 20% to 35% fly ...
-
Fly Ash for Pumped Concrete - Technical Bulletin
Mix Homogeneity. The designer must be aware of the need to improve gradation and maintain uniformity of the various materials used in the pumped mix in order to achieve greater homogeneity of the total ...
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you