introducing the in pile thermal desorption heated-box (hb)1100 - a new thermal remediation approach...

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Introducing the IPTD ® Heated-Box (HB)1100 a new thermal remediation approach for on-site treatment of contaminated soils and sediments Nate Bierschenk, Service Line Sales Lead

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Page 1: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

Introducing the IPTD® Heated-Box (HB)1100 a new thermal remediation approach for on-site treatment of contaminated soils and sediments

Nate Bierschenk, Service Line Sales Lead

Page 2: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Agenda

• What is the HB1100 • What are the benefits? • Process overview • Applicable contaminants • Background on technology and previous approaches • Tier-One treatment system • Prototype case studies • Sweet spot applications • Example project • Permitting/regulatory framework • Questions?

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Page 3: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

What’s in a Name?

• HB1100 – The HB stands for “Heated-Box”. – The first “1” represents the first iteration of the Heated-Box

technology in the market. – The following “100” represents the capacity of each

Heated-Box unit to treat 100 cubic yards of soil or sediment.

• What about “IPTD®”

– This stands for “In Pile Thermal Desorption”, an ex-situ application of our In Situ Thermal Desorption (ISTD) technology. Both make use of the principle of Thermal Conductive Heating (TCH) paired with vapor extraction.

– There different ways to configure IPTD® (details later on), so the HB1100 is but one approach.

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Page 4: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

IPTD® Heated-Box (HB)1100

The HB1100 is a cost-effective, indirect thermal desorption technology for on-site treatment of contaminated soils, sediments, and debris.

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HB1100 Pilot Test at ESMI facility in NY

Page 5: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Benefits

• Lower price than alternatives: – Traditional on-site thermal desorption (<10,000 cy) – Off-site treatment/incineration

• Eliminates liabilities and risk: – Transporting HW through communities – Manifesting waste – long term ownership

• Proven technology: capable of treating organic contaminants to non-detect levels.

• Sustainable: adheres to ASTM Greener Cleanup Standards

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Page 6: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Technology Alternatives for Remediating Contaminated Soil and Sediments

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Advantages Incineration Landfill HB1100 S/S

Reduces high concentrations to cleanup goals ● ●

Destroys PCBs and all other organic contaminants ● ●

Separates PCBs ●

Immobilizes PCBs and select organic contaminants ●

Effective across a wide range of soil/sediment characteristics ● ● ●

Effective on inorganic co-contaminants ● ●

United States Environmental Protection Agency. “Technology Alternatives for the Remediation of PCB Contaminated Soils and Sediments.” Engineering Issue. 2010. EPA/600/S-13/079

Page 7: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Process Overview

Uses Thermal Conduction Heating (TCH) and vacuum extraction: • TCH is the process of heat flowing from the hot end of a solid object to

the cold end. In soil or rock, heat flows from our heater elements out into the soil by grain-to-grain contact (in soil) and across solid objects (rocks).

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Heat spreads primarily by conduction

→ uniform heating

Because the process is so robust, it reduces or eliminates pre-treatment material segregation processes, capable of handling soils, sediments, non combustible construction debris, and boulders.

Page 8: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

What Contaminants Can TCH Treat?

• Persistent Organic Pollutants (POPs) – polychlorinated biphenyls (PCBs) – pesticides like dichlorodiphenyl-trichloroethane (DDT), endrin,

dieldrin, aldrin, chlordane, toxaphene, heptachlor, mirex, hexachlorobenzene (HCB)

– polychlorinated dibenzo-dioxins and furans (PCDDs/Fs, or simply “dioxins”)

– polycyclic aromatic hydrocarbons (PAHs) such as benzo(a)pyrene

• Any Organic Contaminant – e.g., Chlorinated Volatile Organic Compounds (CVOCs)

• Mercury

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Page 9: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Vapor Pressure vs. Temperature

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Vapor pressures increase exponentially during heating

Page 10: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Process Overview

• Scalable • Mobile/Modular • Proven • Centralized treatment

equipment

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Box 3 lid Soil

SCR Cabinet

Tier-One Treatment System

Box 1 Box 2

Box 3

Page 11: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Why HB1100?

• Patented, robust, and sustainable remediation technology.

• Customizable solutions to treat entire range of organic contaminants.

• On-site treatment of listed and characteristic Land Disposal Restricted (LDR) hazardous waste to applicable clean-up goals.

• Reduction or elimination of liability and lagging costs tailing out from alternate solutions.

• Experienced, professional team with highly successful track record delivering on time, on budget and safely.

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Page 12: Introducing the In Pile Thermal Desorption Heated-Box (HB)1100 - a new thermal remediation approach for on-site treatment of contaminated soils and sediments

ADVISE | DESIGN | BUILD | OPERATE

Contact Information

Nate Bierschenk Service Line Sales Lead

[email protected] Office: (978) 730-1221

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