WeatherTAP.com has partnered with EarthCast Technologies (ECT) to offer its subscribers access to global forecast data with weatherTAP GLOBAL. Among other things, weatherTAP GLOBAL allows professionals in the oil and gas industry to track severe weather to any oilfield, refinery or offshore rig in the world.
“For decades, those operating off shore or in remote locations had little, if any, information about how weather would impact their operations. That guess work ends now,” says Rob Parsons, program manager for weatherTAP.com. “With weatherTAP GLOBAL, you can easily see critical weather forecast information and short term trends for any location on the planet, no matter how remote.”
WeatherTAP.com has been providing real-time weather data to the oil and gas industry and beyond for 18 years. ECT is a U.S.-based company that is revolutionizing how forecasts are developed by operating the first satellite-based global information system for continuously monitoring and predicting hazardous weather and environmental conditions.
There are over 50 Earth-viewing satellites in orbit that continuously monitor the Earth system, generating thousands of channels of global data in real time. ECT uses this data to create prediction products that cover the entire planet. WeatherTAP currently has access to 13 different ECT global forecast products. Each of the global forecast products covers a period of 36 hours with individual forecast images produced every hour.
“Our partnership with we
atherTAP allows us to provide the amazing capabilities of EarthCast directly to thousands of people who make weather-sensitive, critical decisions everyday,” says Pamela McCown, COO for EarthCast Technologies.
“WeatherTAP has always been on the cutting-edge of providing weather prediction and forecast products,” says Steve Stone, COO of weatherTAP.com. “WeatherTAP GLOBAL brings unprecedented weather information to every weatherTAP subscriber.”
WeatherTAP and ECT plan to continue this partnership to create specialized products for specific customers based on hyper-resolution forecasts.