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Description: Book cover
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS
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Description: Book cover
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS

USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS

USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS

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Description: Book cover
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS
Abstract
Most biosolids in the USA are recycled via agricultural land application. In several states, including California, this practice is under attack as being unsafe. Some agencies are seeking technologies, like thermal drying, to produce a more acceptable Class A product. While drying does produce a fine marketable product that can be used as fertilizer or fuel, it is expensive to evaporate water from biosolids containing 20%-25% total solids.EnerTech's SlurryCarb™ process heats biosolids under pressure to improve its dewaterability significantly and increase the cake solids fed to the dryer to 50% total solids; thus, the amount of thermal energy needed to dry the biosolids is reduced by about two-thirds and the cost by about one-third.The dried product from EnerTech's first commercial facility in Rialto, California will be used as a renewable fuel in lieu of coal in a cement kiln. This unique beneficial use lowers green house gas emissions, reduces ore consumption, leaves no residue for disposal, provides permanent recycling of the biosolids, and eliminates all the health and environmental concerns associated with agricultural use.
Most biosolids in the USA are recycled via agricultural land application. In several states, including California, this practice is under attack as being unsafe. Some agencies are seeking technologies, like thermal drying, to produce a more acceptable Class A product. While drying does produce a fine marketable product that can be used as fertilizer or fuel, it is expensive to evaporate water from...
Author(s)
Raymond J. KearneyKevin M. Bolin
SourceProceedings of the Water Environment Federation
SubjectSession 9: Bioenergy I
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Jan, 2006
ISSN1938-6478
SICI1938-6478(20060101)2006:2L.476;1-
DOI10.2175/193864706783797258
Volume / Issue2006 / 2
Content sourceResiduals and Biosolids Conference
First / last page(s)476 - 484
Copyright2006
Word count192

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Description: Book cover
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS
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Description: Book cover
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS
Abstract
Most biosolids in the USA are recycled via agricultural land application. In several states, including California, this practice is under attack as being unsafe. Some agencies are seeking technologies, like thermal drying, to produce a more acceptable Class A product. While drying does produce a fine marketable product that can be used as fertilizer or fuel, it is expensive to evaporate water from biosolids containing 20%-25% total solids.EnerTech's SlurryCarb™ process heats biosolids under pressure to improve its dewaterability significantly and increase the cake solids fed to the dryer to 50% total solids; thus, the amount of thermal energy needed to dry the biosolids is reduced by about two-thirds and the cost by about one-third.The dried product from EnerTech's first commercial facility in Rialto, California will be used as a renewable fuel in lieu of coal in a cement kiln. This unique beneficial use lowers green house gas emissions, reduces ore consumption, leaves no residue for disposal, provides permanent recycling of the biosolids, and eliminates all the health and environmental concerns associated with agricultural use.
Most biosolids in the USA are recycled via agricultural land application. In several states, including California, this practice is under attack as being unsafe. Some agencies are seeking technologies, like thermal drying, to produce a more acceptable Class A product. While drying does produce a fine marketable product that can be used as fertilizer or fuel, it is expensive to evaporate water from...
Author(s)
Raymond J. KearneyKevin M. Bolin
SourceProceedings of the Water Environment Federation
SubjectSession 9: Bioenergy I
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Jan, 2006
ISSN1938-6478
SICI1938-6478(20060101)2006:2L.476;1-
DOI10.2175/193864706783797258
Volume / Issue2006 / 2
Content sourceResiduals and Biosolids Conference
First / last page(s)476 - 484
Copyright2006
Word count192

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Raymond J. Kearney# Kevin M. Bolin. USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Web. 3 Jul. 2025. <https://www.accesswater.org?id=-293085CITANCHOR>.
Raymond J. Kearney# Kevin M. Bolin. USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Accessed July 3, 2025. https://www.accesswater.org/?id=-293085CITANCHOR.
Raymond J. Kearney# Kevin M. Bolin
USING THE NEW SLURRYCARB™ PROCESS PRIOR TO DRYING: HOW TO SAVE MONEY AND ACHIEVE PERMANENT RECYCLING OF BIOSOLIDS
Access Water
Water Environment Federation
December 22, 2018
July 3, 2025
https://www.accesswater.org/?id=-293085CITANCHOR