Corpus Christi Water & Industry Timeline (Reverse, ~2010–2025)

2026

• February 2026 - Corpus Christi’s desalination efforts have entered a pivotal and contentious phase
  On February 24, 2026, the City Council voted 5-3 to authorize contract negotiations with Corpus Christi Desal Partners for the Inner Harbor Seawater Desalination Treatment Plant, a move aimed at securing long-term water supply amidst severe drought. This decision has ignited significant backlash from residents and community leaders in the historically Black Hillcrest neighborhood, who argue that siting such an industrial facility near their community—despite ongoing city efforts to revitalize the area with a new $10 million aquatic center and $30 million in park upgrades—reflects a pattern of systemic neglect and environmental inequity. The urgency of this project is underscored by the region's strained resources, where industrial water consumption remains a dominant, largely unrestricted factor; while exact, consolidated 2025 water usage totals vary, industry in Corpus Christi has historically accounted for at least 58% of the municipal utility's water supply—far outpacing the residential usage of the city’s ~315,000 residents—even as those same citizens faced strict, mandatory drought conservation measures throughout the year.

2025–2024

• 2025 – Desalination collapse, industry already on city water
  A decade-long push for a seawater desalination plant, pitched largely to supply new refineries and petrochemical plants, collapses after costs balloon from an early estimate in the hundreds of millions to over a billion dollars. City Council cancels the contract after a marathon meeting. Major industrial users have already shifted to using municipal water while reservoirs are near emergency levels.
• 2025 – Drought + industrial demand = emergency risk
  Choke Canyon Reservoir and Lake Corpus Christi are reported at critically low combined storage while a large share of the region’s water supply is going to commercial and industrial customers in a city of roughly 320,000 people. Officials warn that without new supply, large industrial users may face forced cuts in the near future.
• 2010s–2020s – Rate structure & burden debate
  Over this period, residential customers see repeated rate and fee increases to fund system upgrades and new supply projects, while large industrial users negotiate long-term contracts and volume-discount structures. Critics argue that industry’s per-gallon cost is lower even as its total use grows, shifting more of the financial burden for infrastructure onto households and small businesses.

2017–2016

• Dec 2016 – Citywide “do not use” water ban
  Residents are suddenly told not to use tap water at all (not even boiling) after suspected contamination from an industrial asphalt emulsifier entering the city system via a backflow incident at a private facility connected to the municipal network. The chemical can burn skin and cause respiratory problems in concentrated form.
• Dec 2016 – Fourth major advisory in about two years
  Media highlight that this is the fourth major water advisory since 2015, following earlier boil notices tied to low chlorine and bacteria concerns. Public trust in city water management drops sharply.
• Dec 2016 – Mayor Dan McQueen, crisis, and political fallout
  Dan McQueen takes office in December 2016, inheriting a system already under fire for repeated water problems. First day into his term, the chemical-contamination crisis explodes. Under intense media scrutiny, online attacks, and broader political controversy, he resigns after a very short tenure of 37 Day down highway 37. It was believed that political corruption and his none support of the Exxon land deal expected to use 30 MGD and Desalinasation program were root of his political smear. The water crisis and surrounding narrative become central to how his term is portrayed. Though Mayor McQueen, engineer on Air Force One, Army Blackhawks and Navy Special Operations SAR, it is believed media intentfully smeared him in a support of industry growth that consumed the majority of water in the region.

2016–2015

• May 2016 – Citywide boil advisory (low chlorine, bacteria)
  A major advisory is issued after low disinfectant levels and a sample indicating bacteria in the system. The notice lasts about two weeks and is described as one of the longest citywide advisories in recent history at that time.
• Sept 2015 – Multiple areas under boil notice
  Several parts of the city are placed under a boil notice due to low chlorine levels. Advisories are not fully lifted until mid-September.
• July 2015 – E. coli boil notice
  Heavy rains and slow system turnover lead to E. coli detection in parts of the system. A boil notice is issued and lifted after additional flushing and testing.
• 2015–2016 – Media framing
  Local and state media begin to describe Corpus Christi as a city with chronic water issues, documenting repeated advisories and growing public frustration. These stories set the stage for later political battles over responsibility, mismanagement, and the role of nearby industry.

2014–2010 (Context & Build-Up)

• Pre-2015 – Earlier water quality incidents
  Prior decades include notable events like boil notices tied to disinfectant changes and chemical-treatment issues. These older events are often cited to show that infrastructure and management problems long predate the 2015–2016 crisis window.
• 2010s – Industrial build-out on the Coastal Bend
  From roughly 2010 onward, the Corpus/Coastal Bend region sees tens of billions of dollars in new industrial investment—refineries, petrochemical plants, LNG, and especially a large plastics complex in San Patricio County that becomes one of the region’s biggest single water consumers. Much of this growth is premised on access to “reliable, affordable” water, pushing the city and regional water districts to pursue new supply, including desalination, largely to serve industry.
• Structural pattern – “Industry uses more, people pay more”
  As industrial demand ramps up, local advocates and some council members argue that industrial users consume a disproportionate share of total water while residential and small-user rates rise repeatedly. Industrial contracts and discounts can shield big users from equivalent per-gallon increases, leaving households feeling like they are subsidizing both aging infrastructure and new capacity built to serve refineries and petrochemical plants.