MISSION CRITICAL PROJECT No. 4: THE PURPOSE OF THE MANHOLE REHABILITATION PROJECT WAS TO CORRECT (BUT NOT LIMITED TO) THE SERIOUS ISSUES OF INFLOW & INFILTRATION (I&I) THAT CONTRIBUTED TO: SEWER OVERFLOWS, AND THE SIGNIFICANT AMOUNT OF GROUNDWATER & STORM WATER FLOW TO SEWER TREATMENT PLANT (=

MISSION CRITICAL PROJECT No. 5: MADERO successfully executed the turnkey task of Corrosion Protection, Impermeabilization, and Structural Rehabilitation of a highly deteriorated concrete infrastructure, in a quality and cost effective manner, no safety issues, and within the agreed work schedule with the customer. This infrastructure was the

Brief Description of Selective Study Case No. 7: The age of each of the elevated Carbon Steel Tank Silos was approximately 25 years old. They stored and operated a hot mix solution of calcium hydroxide and water. Engineering assessment inspections identified many corrosion problems, structural deterioration, and

Brief Description of Selective Study Case No. 6: Corrosion & Impermeabilization Protection, Structural Rehabilitation/Repair of Semi Deteriorated & Fully Deteriorated Metallic & Concrete Process Piping Systems & Component with Rapid Cure, Smart & Durable Engineered Composite Pipe Repair Systems. Pics. 1 & 2: Composite Structural Rehab/Repair of

Brief Description of Selective Study Case No. 5: Corrosion Protection Coating Application at Market Center Lift Station’s Atmospheric (e.g. Valve Rooms) and Immersion (e.g. Wetwell) Piping Systems at City of Terrell, Texas. Per owner’s coating specification, Immersion Piping System required application of three layers of Sherwin Williams

Brief Description of Selective Study Case No. 4: Using Warren Structural Epoxy for Long Term Useful Operational Life. Asset Owner: City of Fort Worth. The newly Engineered Protective, Structural Rehabilitation & Repair provided full structural integrity plus additional benefits (but not limiting to):  A. Able to withstand

Brief Description of Selective Study Case No. 3: The plant was constructed around 2014. After five years of operation, its concrete and metal structures had accelerated corrosion & structural deterioration due to the surrounding aggressive marine environment, and hydrogen sulfide attack from processing sewer wastewater. Furthermore, in

Brief Description of Selective Study Case No. 2: Major Structural Engineered Rehabilitation & Repair, and Structural Optimization of Fully Deteriorated Stormwater Piping System at Neyland Stadium using Structural Epoxy and High Strength Carbon Reinforced Polymer for Structurally Robust Long Term Useful Operational  Life. Asset Owner: University of

Brief Description of Selective Study Case No. 1: Major Structural Engineered Rehabilitation & Repair, and Structural Optimization of Deteriorated Boston Marginal Conduit (BMC) Tunnel (Height: 12 Ft. / Across: 10 Ft.) using Structural Warren Epoxy and High Strength Carbon Reinforced Polymer for Structurally Robust Long Term Useful