This program was instituted to quantify certain aspects of silica scaling deposition processes at the Miravalles Geothermal Field, Costa Rica. The program objective was to identify the highest temperature at which silica scale will develop from partially evaporated and significantly cooled geothermal liquid under operating conditions. Integral to the study objective was the quantification of certain aspects of silica deposition processes at the Miravalles Geothermal Field, Costa Rica. There, the objective was to reduce the scaling risk associated with adding a bottoming-cycle to generate more electricity from the liquids already being produced
The International Workshop on Deposition of Solids in Geothermal systems was held in August 1988. Pa...
Novel Carbon Resource SciencesSilica scaling has been one of the major problems in geothermal engine...
Experience with reinjection returns in many geothermal fields has prompted a move towards injecting ...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
As a severe production issue in Dieng geothermal field, silica scaling has been a major threat in v...
Production system design studies often include site-specific silica scaling field experiments, condu...
Calcium carbonate deposition takes place in the wells of the Miravalles geothermal field in Costa Ri...
The aim of the EU 2020 GeoSmart project relies on the demonstration of innovative solutions to impro...
One of the most significant problems faced in the geothermal power industry is that of scaling due t...
Utilization of geothermal resources involves cooling of the geothermal fluid by extraction of heat f...
Silica scaling in Enhanced Geothermal Systems (EGS) is currently a concern affecting the economic vi...
A field thermal test was conducted by the Yucca Mountain Site Characterization Project to observe ch...
Silica scaling is an obstacle in the use of geothermal fluid from high temperature fields. The poten...
The International Workshop on Deposition of Solids in Geothermal systems was held in August 1988. Pa...
Novel Carbon Resource SciencesSilica scaling has been one of the major problems in geothermal engine...
Experience with reinjection returns in many geothermal fields has prompted a move towards injecting ...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
The program objective aims to identify the highest temperature at which silica scale will develop fr...
As a severe production issue in Dieng geothermal field, silica scaling has been a major threat in v...
Production system design studies often include site-specific silica scaling field experiments, condu...
Calcium carbonate deposition takes place in the wells of the Miravalles geothermal field in Costa Ri...
The aim of the EU 2020 GeoSmart project relies on the demonstration of innovative solutions to impro...
One of the most significant problems faced in the geothermal power industry is that of scaling due t...
Utilization of geothermal resources involves cooling of the geothermal fluid by extraction of heat f...
Silica scaling in Enhanced Geothermal Systems (EGS) is currently a concern affecting the economic vi...
A field thermal test was conducted by the Yucca Mountain Site Characterization Project to observe ch...
Silica scaling is an obstacle in the use of geothermal fluid from high temperature fields. The poten...
The International Workshop on Deposition of Solids in Geothermal systems was held in August 1988. Pa...
Novel Carbon Resource SciencesSilica scaling has been one of the major problems in geothermal engine...
Experience with reinjection returns in many geothermal fields has prompted a move towards injecting ...