While the chemistry and injection technologies for in situ remedies have seen significant growth, the actual performance of the remedy overall is controlled by small scale...
An important consideration during high resolution (e.g. MiHPT, UVOST, Waterloo APS) and traditional site characterization used to develop your CSM, is understanding and managing...
New Cascade Technologies Matrix – Distribution, Design, and Technologies Everyone agrees that the most critical condition required to meet in situ remediation goals is sufficient...
Best Practices and Lessons Learned Toward Designing ISCR, ISCO, and Bioremediation Staying up to date with proven remediation approaches and technologies is very important in an...
In Situ Thermal Remediation and Heat Enhanced Biodegradation: Monitoring and Augmenting a Thermal Project Using MTBs This webinar, hosted by Microbial Insights and Robert D'Anjou,...
Don’t let your drilling strategy undermine your thermal remediation success. On thermal projects, drilling and well installation are directly tied to the performance of your...
When it comes to chemical injected remediation, everyone agrees that it’s all about contact. In situ chemicals making proper contact with contaminant mass is the biggest...
Another Step Forward for Innovative Distribution: Taking Above-Ground Pulsing Downhole for better Distribution and Remediation Results Previous remedial injection technologies...
Traditionally, in situ thermal remediation (ISTR) has been known as the heavy hammer for source area treatment, removing the majority of mass from as small of a volume as...
While it may be tempting to reduce overall project cost of an in situ thermal remediation (ISTR) project by not properly insulating the treatment zone, one must consider what...