Chemicals to maintain Hydrolab and In-Situ Sondes
Closed State & local contract opportunity Posted
- Solicitation number
- IFB 6300 BYS1059
- State
- Texas
- Responses due
Opportunity facts
- Jurisdiction
- Points of contact
-
- Ruby Villanueva-Kellough smbrcompliancedocuments@austintexas.gov (512) 974-7600
- Matt Reynolds purchinfo@austintexas.gov (512) 974-2500
Opportunity details come from constructionbidsource.com. Updated .
About this opportunity
The City of Austin, Texas is requesting bids for chemicals, standards, and reagents to maintain and calibrate Hydrolab and In-Situ multiprobe sondes used in water quality monitoring, with bids due August 6, 2026 at 2:00 p.m. CT under IFB 6300 BYS1059. The City offers local business discounts of 5% for bids up to $500,000 and 3% for bids between $500,000 and $50 million, as well as small business discounts of 5% and 3% at those same thresholds; no MBE-WBE program goals apply.
The scope encompasses chemicals necessary for monitoring pH, turbidity, conductivity, temperature, and dissolved oxygen. The contract commences upon execution and continues until all obligations are performed, with the City retaining an option to extend upon written notice. Pricing is fixed for the first twelve calendar months; price adjustments may be requested on the anniversary date, limited to the percentage increase or decrease in the Producer Price Index for chemical manufacturing.
Award will be made to the responsible offeror submitting the low responsive bid or best value bid, evaluated on responsiveness, responsibility, and compliance with all contract requirements. Written questions are due July 21, 2026 at 5:00 p.m. CT. All offers must be submitted online through the eResponse function in Austin Finance Online; hardcopy submissions are not accepted. Offers remain valid for 150 calendar days following the due date. The primary contact is Brenita Wilkison at (512) 974-3164.
Opportunity text
Chemicals to maintain and calibrate the Hydrolab and In-Situ Sondes used in water quality monitoring for pH, turbidity, conductivity, temperature, and dissolved oxygen.
Files
| File | Type | Posted |
|---|---|---|
| IFB_6300_BYS1059_PAC1_v1.pdf |
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