Web Summary
Q1: What is the address of Radius Water Resources, LLC?
A1: The address of Radius Water Resources, LLC is 6600 Lyndon B Johnson Freeway STE. 183, Dallas, TX, 75240, United States.
Q2: What products or services does Radius Water Resources, LLC offer?
A2: Radius Water Resources, LLC offers a range of water management solutions, including Water Sourcing and Supply, Water Transfer Solutions, Water Storage, Frac, Flowback, & Produced Water Treatment, Blending for Reuse and Recycle, Produced Water Disposal Solutions, and Field and Lab Testing Services.
Q3: What industry does Radius Water Resources, LLC operate in?
A3: Radius Water Resources, LLC operates in the water management and energy infrastructure industries, specifically in the oil and gas sector.
Q4: Who is the CEO of Radius Water Resources, LLC?
A4: The CEO of Radius Water Resources, LLC is Michael Burress.
Q5: What is the background of Michael Burress, the CEO of Radius Water Resources, LLC?
A5: Michael Burress has 23 years of experience in private equity and venture capital markets, with a focus on water, healthcare, and real estate. He founded Fulcrum Specialty Resources to create a "Water" company with multiple revenue lines.
Q6: What is the mission statement of Radius Water Resources, LLC?
A6: The mission statement of Radius Water Resources, LLC is to provide uninterrupted, reliable, dependable services that meet customers' unique water needs and stay on budget and meet deadlines.
Q7: Who is James Armer, the Vice President of Radius Water Resources, LLC?
A7: James Armer has over 20 years of experience in sales, sales management, business development, negotiations, and client relations. He cofounded several companies, including Armer + Smith Capital Group, LLC, an East Austin Residential Real Estate Development Company, and Agua Azul Empresarial, S.A., a Punta Coco Island Development Company.
Q8: What is the company's approach to sustainability?
A8: Radius Water Resources, LLC aims to be stewards of the land and protect the aquifer and natural resources by implementing a model of recycle/reuse that allows for multiple uses of the same barrel of water.