REVERSE CIRCULATION DRILLING

Reverse circulation drilling efficiently lifts rock chips and drilling cuttings from  underground without the use of mud or fluid, minimising environmental disturbance.  This method supports accurate geological analysis and resource evaluation in  mining and exploration projects. Reverse circulation drilling reduces exploration  costs and environmental impact, making it a sustainable solution for resource  extraction. 

Benefits: 

Sample recovery: Reverse circulation drilling efficiently retrieves samples from  deep underground without the use of mud or fluid, minimising sample contamination  and loss and maximising sample recovery for accurate geological analysis and  resource assessment. 

Environmental benefits: Reverse circulation drilling reduces environmental impact  by minimising soil and water displacement, preserving ecosystem integrity, and  mitigating the risks of land degradation and contamination associated with  conventional drilling methods. 

Exploration cost-effectiveness: Reverse circulation drilling reduces drilling time,  labor costs, and equipment wear compared to traditional drilling techniques, enabling  efficient resource exploration and evaluation.