LIHI Certificate #85 - Martinsville Project, Vermont

Martinsville Project, LIHI #85
项目名称 Martinsville
LIHI 证书编号 85
LIHI 证书期限 April 30, 2016 – April 30, 2026
所有者 Martinsville Hydro Corp.
状态 佛蒙特
地点 Located at river mile 0.8 on Lulls Brook in Hartland, Vermont.
装机容量 0.25  MW
平均年发电量 750 MWh
设施类型 径流式
联邦能源管理委员会 不。 P-7373 issued in 1984, expires 11/30/2034

The Martinsville Project is located in the Village of Hartland Three Corners, in Hartland Vermont on Lulls Brook. The project was built in 1984 at the site of a former 木制婴儿床 坝 whose remains were washed away in 1973. Operations began in 1986.

The project includes a 15-foot-high, 49-foot-long concrete 重力坝 4英尺高 闪光板 along a 37-foot-long 泄洪道 section of the dam; an intake structure at the westside of the dam; a 3-foot-diameter, 455-foot-long wood-stave 压力水管 section leading to a 3-foot-diameter, 100-foot-long steel penstock section; a 发电站 containing two generating units powered by two Ossberger turbines with a total installed capacity of 250 KW; and appurtenant facilities.

The plant is fully automated, equipped with a high-end 可编程逻辑控制器 with internet monitoring and remote control, for stable operation and pond level control – all maintained by the owner-operator who lives nearby.
该项目采用 径流 mode and impounds a 0.1-acre reservoir. The project provides an 11-cfs minimum flow and the river averages 39 cfs annual flow. A 2-cfs bypass flow is provided, and all flows are spilled over the dam when inflow is less than 4 cfs. This flow regime was developed in consultation with the Vermont Agency of Natural Resources (VANR).

Waters in the project area are not listed as a 303(d) impaired surface water but has been marked as needing further assessment for inclusion on future 303(d) listings. The possible source of this listing may be sedimentation from gravel road runoff and needs additional assessment. Consultation with VANR concluded that the project is not having an adverse impact on the water quality of the river.

不 鱼道 prescription has ever been discussed or proposed for the project as the penstock-bypassed section of the stream is a steep gradient channel of chutes and shallow pools on largely scoured ledge. The dam does not constitute an obstruction to the upstream migration as the steep gradient presents a natural barrier for fish passage. Consultation with the National Marine Fisheries Service indicated that there are no anadromous species historically present in the project area. 降水 species such as American eel are likely to have been present in the project area but have since been 拔除 from the area by downstream dams on the Connecticut River. Eel passage measures are currently being assessed at Connecticut River dams. A future passage prescription is likely to be issued for the project once downstream projects have successfully installed eel passage measures.

The project lands consist of roughly 2 acres. The surrounding lands are primarily steep slopes with heavily forested areas and rock ledges. No lands of significant ecological value exist in the project area due to its small footprint and steep gorges.

Except for the occasional transient individuals, there are no threatened or endangered species potentially present in the project vicinity. Consultation with the USFWS New England Field Office confirms no presence of federally listed species and review of the VANR Environmental Interest Locator mapping tool indicates no state listed species in the project vicinity.

In consultation with the Vermont Division for Historic Preservation, it was concluded that the project does not house any historic or cultural resources in the project area or its vicinity.

Other than signage for dangerous conditions, there are no other recreational requirements for the project as the reservoir is about the size of an Olympic-sized swimming pool and has no safe public access because of its confined location. Public access is free of charge, but access is difficult due to the steep terrain and proximity to a state highway. The Vermont Department of Environmental Conservation deems access “practically impossible and dangerous at best.”

合规状态

当前证书中没有针对设施的具体条件

2024: 未发现任何重大变化或合规问题。根据年度审查，该项目仍然合规。

2023: 未发现任何重大变化或合规问题。根据年度审查，该项目仍然合规。

2022: 未发现任何重大变化或合规问题。根据年度审查，该项目仍然合规。

2021: 未报告任何变更或合规问题。根据年度审查，该项目仍然合规。

2020: 未报告任何变更或合规问题。根据年度审查，该项目仍然合规。

2019: 未报告任何变更或合规问题。根据年度审查，该项目仍然合规。

2018: 未报告任何变更或合规问题。根据年度审查，该项目仍然合规。

2017: 未报告任何变更或合规问题。根据年度审查，该项目仍然合规。

2016: 当前证书的年度报告尚未生效。

认证历史

2022 年 1 月 1 日： LIHI 证书期限已根据 2022 年 1 月 1 日发布的 LIHI 第 2 版认证手册 2.05 版延长。有关新期限，请参阅上面的设施表。

February 27, 2017: On January 20, 2017, LIHI Executive Director Shannon Ames, using authority delegated from the LIHI Governing Board, has issued a Preliminary Certification Decision that the Martinsville Hydroelectric Project (FERC No. P-7373) satisfies the LIHI Certification Criteria. As provided for in Section 4.2.5 of the LIHI 2nd Edition Handbook, notice of the preliminary decision to certify was posted on the Institute’s website and sent to the stakeholder email distribution list on January 23, 2017. A 30-day period was provided to anyone who commented on the original application to request an appeal, and no requests for appeal were received. The Martinsville Project is now deemed certified by LIHI for a five (5) year term. The effective certification date for the Martinsville Project is April 30, 2016, expiring on April 30, 2021.

2016年8月5日： On July 27, 2016, the Low Impact Hydropower Institute received a complete application for a new term of Low Impact Certification for the Martinsville Hydroelectric project.  The application materials can be found in the Files section below. LIHI is seeking public comment on this application.  Specifically, we are interested in knowing whether you think the Martinsville project continues to meet the LIHI Low Impact Certification Criteria.  Please review the program and criteria in LIHI’s revised 手册 然后查看项目页面上发布的项目 2016 年申请材料。与特定 LIHI 标准（流量、水质、鱼类通道等）直接相关的评论将最有帮助，但所有评论都会被考虑。评论可以通过电子邮件提交给研究所 comments@lowimpacthydro.org with “Martinsville Project Comments” in the subject line, or by mail addressed to the Low Impact Hydropower Institute, PO Box 194, Harrington Park, New Jersey 07640.  Comments must be received at the Institute on or before 5 pm Eastern time on October 5, 2016 予以考虑。所有评论都将发布到网站上，申请人将有机会作出回应。任何回应也将发布。

2012年5月3日： The Martinsville Hydroelectric Project has been certified as low impact for a five year term, effective April 30, 2011 and expiring April 30, 2016.

May 3, 2011: Martinsville Hydro Corporation received an email from the Streamflow Protection Coordinator from the Vermont Agency of Natural Resources in regards to their Water Quality Certification. It can be read in the Files section below.

2011年4月30日： Martinsville Hydro Corporation has submitted an application for the certification of the Martinsville Hydroelectric project.

认证文件

2016 年重新认证

2011年认证

重要文件