DETAILED PROJECT DESCRIPTION. A. Specific duties and tasks to be performed. Identify desired end results.
B. Identify tools and equipment needed and who will supply them.
C. Identify size of crew and who will be providing transportation D. Other
DETAILED PROJECT DESCRIPTION. A. Specific duties and tasks to be performed. Identify desired end results.
DETAILED PROJECT DESCRIPTION. This project takes a multi-media approach to controlling lead by allowing the City to utilize some of the City’s drinking water resources to xxxxx a known health hazard through an exposure pathway other than, and in addition to, drinking water (i.e., household lead paint and dust). It allows the City’s Water Division flexibility from LSL testing and replacement requirements in the drinking water regulations in working through technical issues associated with making treatment adjustments. The City of Columbus operates a public water system which must comply with national primary drinking water regulations promulgated under the Safe Drinking Water Act. Columbus has a good compliance history in the drinking water program. The City is also currently maintaining optimal treatment for lead. In the past, Columbus has made necessary changes to its water treatment process, and inadvertently caused an increase in the lead levels in the water. Columbus is concerned that it may need to make a change in the future that may likewise impact lead levels. Under the Federal and State drinking water regulations, if the drinking water in customers’ homes exceeds the “Action Level” (AL) of 15 µg/L of lead in more than 10 percent of drinking water tap samples (i.e., exceeds the AL as a 90th percentile value), the City must begin sampling LSLs immediately and replacing those lines that contribute more than 15 Fg/L of lead. Through this project, the USEPA will allow the City a temporary suspension of the LSL testing and replacement provisions for up to [three years] beginning if and when the City exceeds the lead AL, provided this occurs within [six years] of making a treatment change. In exchange for this flexibility, the City Division of Water will contribute $300,000 a year for 15 years to the LSCP, beginning in [Year]. the high-risk areas identified in Appendix C. In addition, the LSCP will work with the Department of Trade and Development to provide low interest loans for larger projects. The high-risk area consists of twenty-five high-risk census tracts within ten zip codes in older, predominantly low-income, minority neighborhoods in Columbus, where 84% of all elevated blood lead levels in the City were found. The LSCP will also provide blood testing for all children under six at all sites where lead levels at the tap exceed 15 µg/L. If Columbus identifies a treatment change, the Columbus Water Division will consult with OEPA and USEPA Region 5 prior to making the treatmen...
DETAILED PROJECT DESCRIPTION. The project location is a deeply incised and actively eroding stormwater channel. The device will treat an 8.87-acre watershed and will improve two head cuts. The RSC will be installed in a section the ephemeral stormwater channel that is approximately 90 feet in length. There is an approximate seven to eight-foot headcut located at the upstream end of the project reach; the channel downstream from this point averages approximately 15 feet in width from top of bank to top of bank and is incised, on average, approximately 4-5 feet. At the downstream end of the reach there is another headcut, approximately 4-5 feet in elevation. The RSC will end just upstream of the location of this existing downstream headcut. In a RSC, water conveyance and processing is accomplished via a constructed network of sand seepage berms, pools, and boulder (or cobble, depending on the modeled flow) weirs. The arrangement of these features raises the incised invert of the incised channel back to pre-disturbance elevation and forms a new surface topography that controls the surface and subsurface hydrology. The modifications necessary to establish the sand seepage hydrology result in the creation of a series of vegetated stilling pools, sand seepage beds replete with above and below-ground biomass, and associated flow paths through the sand/mulch filter media. The physical effect of the pools and the vegetation planted on the lateral sides of the channel in the filtration media reduce water velocity and facilitate removal of suspended solid particles and associated nutrients and contaminants. Uptake of dissolved nutrients and adsorption of oils and greases by the many plant stems present in the pools yields additional benefits. The conceptual design/structure of the RSC at the proposed location currently involves filling the incised channel with a mixture of sand (80%) and hardwood mulch or chips (20%). A parabolic xxxx structure will be installed at the upper headcut, at existing grade, to control grade and direct water into the RSC downstream. Continuing downstream, the incised channel will be filled with the sand/mulch filtration media, and stabilized with a series of 3 (or more) additional parabolic xxxx structures, of varying length and slope, depending on the existing topography. Each xxxx will have a pool immediately upstream for high flow storage and to enhance infiltration of stormwater downward through the sand/mulch filtration media. At the downstream end of the RSC, mat...
DETAILED PROJECT DESCRIPTION. Provide the following, as applicable:
A. Demolition Activities
i. Provide a property list with:
a. Full address;
b. Parcel number(s);
c. Condition assessment;
d. Ownership information (include current deed);
e. Mobile home ownership (include valid title or proof of affixture); and
f. Current photo of structure demonstrating blight condition.
ii. Identify how the subject property(ies) meets the definition of an Eligible Property.
iii. Disclose any known environmental problems (e.g., contaminants, asbestos, lead, etc.).
iv. Identify any property slated for demolition that is in an historic district or listed in the National Register of Historic Places and attach appropriate approvals for demolition.
v. Provide a map of the project area that also has the subject property(ies) identified.
vi. Describe planned post-demolition use of the land, if immediately applicable.
vii. Provide an itemized budget, including all Eligible Activities, showing all funding sources and costs for project.
DETAILED PROJECT DESCRIPTION. Location of project: Tillamook County – 0000 X Xxxx Xxx, Xxxxxxxxx, XX 00000 Duties and tasks to be performed:
DETAILED PROJECT DESCRIPTION. TRANSPORTATION PLAN ANALYSIS In February 2005, TCAPC made an amendment to the “Transportation Plan for 2025” in order to adopt the Perimeter Parkway concept as well as other roadway improvements within the Purdue area. The concepts adopted into the amendment have since remained for the “Transportation Plan for 2030”, which was adopted by the TCAPC in June 2006 and amended in June 2007. This represents the current Regional Transportation Plan. In February 2009, the master plan for the Purdue campus was updated by the report titled “Purdue University West Lafayette Master Plan Report” as developed by Sasaki Associates, Inc. This current Purdue Master Plan introduces new concepts for the Purdue area roadway network that would require revisions to the current Regional Transportation Plan. The following briefly summarizes the potential revisions: STUDY AREA #1: VILLAGE AREA AND XXXXXXXX XXXX AREA Converting the one-way streets of Grant, Andrew, Xxxxxx, Northwestern, Chauncey (south of State) and Wood to two-way streets. Converting the two-way streets of Chauncey (north of State) and Salisbury (north of State) to one-way streets. Moving the eastern edge of the Perimeter Parkway from Grant/Chauncey/Northwestern to Xxxxx Xxxxx Xxxx. XXXXX XXXX #0: STATE STREET Relocating the limited access portion (limited to pedestrians, bicycle, transit, emergency vehicles) from the center of campus to the western edge of campus. Converting all one-way segments of State Street to two-way segments. STUDY AREA #3: UNIVERSITY, XXXXXXXXXX AND SHEETZ Converting these one-way streets to two-way streets. STUDY AREA #4: JISCHKE, XXXXXX XXXXXXX, UNIVERSITY AND CHERRY Maintaining the existing directional traffic pattern along roadways surrounding the football and basketball stadiums. Eliminating the proposed extension of Jischke Drive north of Tower Drive and eliminating the re-alignment of Xxxxxx Xxxx. XXXXX XXXX #0: JISCHKE, RUSSELL, WALDRON, UNIVERSITY AND THIRD Converting the one-way streets of Xxxxxxx, Xxxxxxx and University to two-way streets. Converting the limited access portions (limited to pedestrians, bicycle, transit, emergency vehicles) along Jischke, University and Third to full access roadways (allowing for all vehicular traffic). STUDY AREA #6: HARRISON, NIMITZ, XXXXXX, XXXXXX AND AIRPORT Extend XxXxxxxxx Drive south from State Street to the southern border of the proposed Perimeter Parkway. In addition, the following briefly summarizes a major diff...
DETAILED PROJECT DESCRIPTION. The project will build on CPSC’s existing relationships with local governments and non- governmental organizations (NGO’s) present in the target counties and materials developed for three previous Rose Foundation-funded DRTF expansion projects (Sacramento and Yolo Counties, East Contra Costa County, and Monterey County), thereby maximizing the benefits of the original investment of Rose Foundation grant funds to expand a successful turn-key program. This is a two year project. The key project partners are identified, and can quickly be contacted to secure their partnership on the project and assistance in identifying important stakeholder groups for outreach, recruiting and placing new bins, and educating residents about the program focusing on community groups for the disadvantages communities in at least English and Spanish and maybe other languages if needed. The project goal is to educate consumers that unwanted medications should not be flushed and instead should be disposed of at secure, conveniently placed drop-off locations in order to help reduce pharmaceutical contaminants in our water supplies and lower the risk of accidental poisonings or substance abuse associated with unwanted medications stored in the home or diverted when improperly disposed. This project involves outreach, education and partnership with diverse stakeholders including but not limited to: • Medical community – pharmacies, hospitals, those who deal with mental health issues, health and veterinary clinics and their staff and professional associations • Local government and special districts – county and city departments of public health, environmental health, solid waste & recycling, and public works; county and city law enforcement; water delivery and sanitation districts; community services districts • Non-governmental organizations – drug abuse prevention groups, environmental advocacy organizations, community health protection groups, youth and children’s groups, children and senior protection groups, agricultural farmers with animals, and groups that help disadvantaged communities. CPSC will contact local stakeholders from the categories listed above to educate them on proper medication disposal and its nexus with water quality, environmental protection, public health, and crime reduction and recruit them to partner with CPSC to identify and establish new collection locations and promote them to the surrounding communities. CPSC and project partners will conduct meetings ...
DETAILED PROJECT DESCRIPTION. The scope of effort and pricing for the International Paper Year 2000 conversion are based on the following information provided by International Paper,
DETAILED PROJECT DESCRIPTION. The ecosystem-‐wide approach of WildPlaces’ Xxxx/Tule Watersheds Disadvantaged Communities Water Quality Improvement & Outreach 2016 Project provides water ecology education, community outreach, land-‐based restoration, and stewardship activities to engage disadvantaged communities to improve water and habitat quality in upland areas. Protecting and restoring upland habitat and watersheds will improve conditions in the targeted disadvantaged communities by bringing diverse neighborhood members together to take action toward the common goal of watershed restoration and water quality protection. Visiting local schools to present an assembly on watershed preservation with a response component will educate and engage youth who, in turn, will share information with their parents. Families, who live in areas most impacted by the draught and families who are river users will be empowered to participate as solution-‐makers, knowing their actions will directly preserve water quality and quality where they live. Youth will gain a greater sense of self-‐esteem, people skills, and leadership training, all of which they will bring back to their home communities as assets. They will, also, benefit from a more positive frame of mind from being immersed in nature with which to deal with the stresses of their immediate and personal water crisis in a constructive way. WildPlaces’ (WP) work plan for this project will begin with two community outreach events; one in East Porterville and one in Xxxxx. These are designed to gain interest and dialogue with community members about their efforts and concerns regarding water scarcity and poor quality and to inform the communities about our watershed-‐wide approach to improving water quality. WP will present a watershed informational assembly at two schools in the WP community of East Porterville where children are most affected by the drought, whose homes are not connected to the Porterville City water system and whose xxxxx are dry, in danger of going dry, or are being supplied with emergency water delivered by Tulare County; Xxxx X Xxxxx Elementary School (K-‐6 grades, enrollment est. 700) and Alta Vista Elementary School (K-‐5 grades, enrollment est. 300). Xxxxx schools have a long relationship with the Xxxxxxx Xxxxxx Foundation, a partner of WP on many high country events. As a result, WP is familiar to many families in the Xxxxx community. These children, also affected by drought situations in their farming community, f...
