Eric Bouchardy’s Post

View profile for Eric Bouchardy

General Manager at SIPCHEM InnoVent

Congrats to the TreaTech team and to Jacob Stern of the Montrose Environmental Group, this study on the destruction of PFAS by TreaTech's catalytic hydrothermal gasification process is an additional major competitive advantage for the use of TreaTech technology!

View organization page for TreaTech

1,808 followers

📢 TreaTech’s Innovative Waste-to-Energy Process Also Destroys Recalcitrant PFAS ◆ TreaTech's innovative catalytic hydrothermal gasification (cHTG) process converts waste streams like agricultural wastes, chemical wastes, industrial food waste streams, and biosolids into renewable gas and clean water. ◆ The cHTG process brings the waste into supercritical water conditions (400 °C, 250 bar) and passes the waste through a catalytic reactor that converts organic carbon molecules to a methane-rich gas. ◆ Recent testing on a model feedstock amended with several types of per- and polyfluoroalkyl substances (PFAS) confirmed the following:  PFOS, PFOA, and PFBS were destroyed >99.8% each under unoptimized conditions. ◆ Complete destruction of these PFAS was confirmed via measurement of speciated PFAS, fluoride, and adsorbable organofluorine. A full fluorine mass balance was achieved. ◆ The cHTG process shows excellent promise at destroying PFAS in PFAS-rich wastes, as well as wastes that incidentally contain PFAS.  TreaTech continues to optimize the cHTG process to achieve PFAS destruction in a variety of wastes. For more information, please visit https://trea-tech.com/ and contact Montrose Environmental Group Jacob Stern, Erika Houtz and Raquel Zambrano Varela #cHTG #PFAS #PFASDestruction #wastetoenergy #renewableenergy #sustainability 

  • TABLE 1: cHTG PFAS Destruction Efficiencies and Fluorine Mass Balance 

FIGURE 1: Concentrations (milligrams per liter) of PFAS, Adsorbable Organofluorine, and Fluoride before and after cHTG Treatment

To view or add a comment, sign in

Explore topics