 I don't believe we have council member Beck in attendance. So, I'm going to go ahead and jump into the presentation. This community meeting is about our storm drain project, 7th street upper net storm drain rehabilitation. My name is Dylan Johns. I'm the assistant project manager for the city on this project. Mike Bennett is the main project manager for this. He is also on the call. So this project came out of the city's storm drain. Rehabilitation program, which is something that we've been working on over the last few years to. Proactively maintain and upkeep the aging storm drain pipes in the city to prolong their service life. These projects are identified in areas that the city either knows have a history of pipe failures. We know that the pipes were installed a long time ago so that they're older and in need of maintenance. And there's also some institutional knowledge within the city. Of just areas that historically have problems with the infrastructure where we can go in. And try to identify these problems we do that through a closed circuit television inspection. There's basically a small robot with a camera on it that we can drive down the pipes. Those videos are then reviewed to identify defects in the pipe. And then those defects the pipes are then prioritized based on the severity of the defect and the location. Of the pipe or us to then go in and address those problems. The we would we try to address all of our problems with. Using trenchless technologies when possible. It's not always possible on these projects for us to do that, but that is our goal. The trenchless technologies minimizes the amount of excavation we have to do. So, it minimizes the impact to all the residents and short tends to shorten the construction duration. Some of the common types of trenchless technologies that we use are cured in place pipe. Which is basically a flexible liner that is slid into the existing pipe. And then it's inflated to form to the existing pipe and then. Using ultraviolet light or heat is hardened to create a new pipe within the existing pipe. Geopolymer pipe lining also creates what is essentially a new pipe within the existing pipe, but this uses a mortar or. A mortar like compound that is sprayed onto the inside of the pipe and is then cured and. Binds to itself to create a solid structurally sound pipe. And the last method we typically use is pipe bursting. Basically, a kind of drill like tool is used to fracture the pipe. And is a driven through the pipe and fractures the existing pipe pulling a new pipe into place behind it. And so, for this project, we will be utilizing mostly trenchless techniques. We will be working primarily along 7th street in between Lexington and cherry. And then we'll also be working along 6th street in between cherry and burn it. A little bit of background on this it was identified through our rehabilitation program. You can see the picture on the left as an example of. What we get out of the videos to identify the defects, you can see the severe cracking in the pipe. So, this pipe is an older pipe and is showing signs of deterioration. So, we are going to rehabilitate rehabilitate it to stabilize the pipe. To prevent any potential failures. HDR incorporated is providing the engineering design on this project. They'll also be providing support throughout construction. We will mostly be using the cured in place pipe. To rehabilitate the pipes on this project. There will be some excavation at the corner of 6th street and burn it where we have to do a point repair. There's a inlet along the side of the street there and the pipe connecting the inlet to the storm drain main in the street. Is displaced and unfortunately, we cannot repair that using a trenchless technique. We have to dig it up. To and replace the displaced pipe. The the main impact to residents from this project will be temporary lane closures along 6th street and 7th street. During construction the pipe is along the north side of the road. So, it will affect a west bound traffic. Along 6th street, we will have to close 2 lanes to give our crews room for the excavation and doing the. CIPP work and then, but along 7th street, only 1 lane will be closed and on both streets, we will shift the traffic lanes. So that we maintain traffic in both directions on 7th street and on 6th street, there will still be 2 usable lanes for traffic to get through. Our crews will mostly be working through existing manholes along the storm drain pipe. So, they're the areas where we're working will be isolated. To the immediate vicinity around the manhole. Most of the manholes are in or near intersections along this route. And if any of those manholes are in a location where it would impact access for a. A driveway or parking garage for a business or apartment or anything like that. We're going to work with those owners. To make sure that we nobody loses access to their building or driveway or anything like that during construction. So, we will. Provide accommodations or we will find ways to ensure that. Traffic can still come and go as needed. We are expecting to start construction on this project in early summer of 2022. We only anticipate it to last about 4 months. And we're expecting it to cost about $700,000, but this is a. A low bid project so that will really be determined by the bids that we get. And this, like, lastly, this project is completely within existing city right of way. The pipe is underneath the roadway. So, the city will not need to purchase right of way or easements or anything like this for this project. And with that, I will open the floor to questions and that is the contact information for Mike and myself. If anybody would like to reach out to us after this meeting. And if anyone has any questions, please feel free to unmute yourself and ask. Or you can put the questions in the chat if you would prefer to do that. I don't see any questions in the chat and stop the recording and call it a.