
Why Developers Are Specifying Trash Capture Devices at the Plan Stage
If you are a developer or engineer working on new construction in California, trash capture device developer specification is no longer a post-construction afterthought — it is a plan-stage decision that directly affects your project timeline, budget, and compliance posture. The developers who build it right the first time are spending a fraction of what their peers spend retrofitting storm water systems after the fact. And the data from real projects backs that up.

California’s 2030 Trash Capture Deadline — A Complete Compliance Guide
The trash capture 2030 deadline is one of the most significant regulatory milestones in California storm water history — and it is approaching faster than most municipalities and property owners realize. By December 1, 2030, every permitted storm water system in the state must achieve 100% full trash capture compliance or demonstrate equivalent load reductions through an approved alternative pathway. There is no extension. There is no grace period. And the penalties for noncompliance are real.

How to Choose the Right Full Capture Device for Your California Project
If you manage storm water infrastructure in California, you already know the 2030 full trash capture deadline is not a suggestion — it is a regulatory requirement. But knowing you need a full capture device and knowing how to choose a full capture device that actually performs in the field are two very different things. The wrong choice can mean repeated maintenance headaches, failed inspections, and costs that add up fast. The right choice protects your waterways, satisfies regulators, and keeps your budget predictable for years to come.

Connector Pipe Screen vs. Catch Basin Insert — Which Is Right for Your Project?
If you are evaluating full capture devices for your storm water system, the connector pipe screen vs. catch basin insert decision is one of the most important choices you will make. Both devices are designed to capture trash and debris before they reach local waterways, but they work differently, install differently, and perform differently depending […]