File #: 20-369    Version: 1 Name:
Type: Action Item Status: Agenda Ready
File created: 4/16/2020 In control: Planning Commission
On agenda: 4/23/2020 Final action:
Title: 9:05 a.m. Public Hearing on consideration of a Major Use Permit (UP 19-05) and Initial Stud (IS 19-09). The project applicant is SCOTTS VALLEY BAND OF POMO INDIANS proposing a Major Use Permit to allow for the development of a small-scale bioenergy production facility using the Artis System. This system has no open flame components and is a sealed system, which uses programmable electric heaters to achieve optimal temperatures. The project is located at 7130 Red Hills Road, Kelseyville and further described as APN 009-021-07. (Mark Roberts) (Continued from April 9, 2020)
Sponsors: Community Development
Attachments: 1. Staff Report Final Ver, 2. Attachment 1 - Vicinity map, 3. Attachment 2 - Project Decsription Packet, 4. Attachment 3 - Proposed Site Plan, 5. Attachment 4 - Proposed conditions of Approval, 6. ATTACHMENT 5 AVAILABLE UPON REQUEST, 7. Attachment 6 - Agency Comments & concerns, 8. GREEN - ITEM 2
Date Ver.Action ByActionResultAction DetailsMeeting DetailsVideo
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Memorandum



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Item # 1
9:05 AM
April 23, 2020

STAFF REPORT REVISED (Continued from 4/9/2020)

TO: Planning Commission

FROM: Scott DeLeon, Interim Community Development Director
Mark Roberts, Principal Planner

DATE: February 24, 2020

SUBJECT: Major Use Permit, UP 19-05
Initial Study, IS 19-09

Supervisor District Five (5)

ATTACHMENTS: 1. Vicinity Map
2. Project Description Packet
3. Proposed Site Plans and Conditions of Approval
4. Initial Study, IS 19-09
5. Agency Comments/Concerns
6. Public Comments/Concerns

I. PROJECT SUMMARY

The applicant is requesting approval of a Major Use Permit to allow for the development of a small-scale bioenergy production facility using the Artis System. This system has no open flame components and is a sealed system which uses programmable electric heaters to achieve optimal temperatures.

Once the biomass enters the system, the biomass is then heated to a level that reduces the biomass to a gas known as Syngas and a solid byproduct known as Biochar. The core of the system is the proprietary hybrid pyrolysis and gasification unit that includes a configurable system controller, feed delivery management, feed lock hopper and gas management. The system is able to be programmed to introduce a controlled amount of steam depending on the moisture content of the Syngas or the moisture content of the feedstock. Steam may be employed to assist in the conversion of Biochar to Syngas if the user prefers more Syngas and less, or no Biochar. The Syngas is processed through a series of heat exchangers, hydrocarbon crackers and particulate filters before being delivered to the generator.


The proposed use would occur within a 2,000-square enclosed structure on a 40' x 50' six-inch thick concrete pad. The sides of ...

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