MEP Design and Engineering and Title 24 for 19,500 SF Cultivation Facility TI at Arroyo Grande, CA

MEP Design and Engineering and Title 24 for 19,500 SF Cultivation Facility TI at Arroyo Grande, CA

At Innodez, we specialize in delivering top-tier MEP engineering and design solutions for commercial and industrial projects. For the Arroyo Grande, CA 19,500-square-foot cultivation facility, we were tasked with designing comprehensive MEP systems that adhere to California’s Title 24 compliance standards. This project involved the design and optimization of mechanical, electrical, plumbing, and fire protection systems, ensuring the facility operates efficiently, safely, and sustainably.

Our MEP Engineering Approach:

For this cultivation facility, our team worked alongside the client and construction team to create MEP systems that not only meet the stringent building codes but also support the specialized needs of the facility. We focused on designing systems that provide optimal operational efficiency while adhering to energy efficiency requirements outlined in Title 24. This collaboration resulted in a streamlined design that ensures long-term sustainability and cost-effectiveness for the facility.

HVAC Design for Optimal Indoor Environment:

In cultivation facilities, maintaining precise temperature, humidity, and air quality is crucial for plant growth and overall productivity. Our team designed a robust HVAC system tailored to the specific needs of the facility. By incorporating energy-efficient HVAC solutions, we were able to optimize the environment for both plant health and worker comfort, while also ensuring compliance with energy regulations.

Electrical Systems to Power the Facility:

The electrical demands of a cultivation facility are unique, requiring a system that can handle high loads for lighting, climate control, and equipment operation. For this project, we designed a comprehensive electrical system that ensures sufficient power distribution throughout the facility, including energy-efficient lighting and backup systems. Our design ensures that the facility operates seamlessly, with minimal downtime and maximized energy savings.

Plumbing and Fire Protection Solutions:

The plumbing system was designed to support the facility’s specialized needs, including water-efficient fixtures and systems for both plant irrigation and facility sanitation. In addition, we integrated state-of-the-art fire protection solutions, ensuring the facility meets all fire safety standards while protecting both the facility and its contents. Our designs also emphasize water conservation and sustainability in line with industry best practices.

Sustainability and Compliance:

At InnoDez, we recognize the importance of sustainability and regulatory compliance in commercial projects. For the Arroyo Grande cultivation facility, we focused on creating energy-efficient MEP systems that not only minimize environmental impact but also comply with California Title 24 regulations. This includes high-efficiency HVAC systems, water-saving plumbing fixtures, and optimized electrical systems to reduce the building’s carbon footprint.

Challenges and Solutions:

One of the challenges in this project was ensuring that the MEP systems met the specific energy efficiency and regulatory requirements outlined in California Title 24. Our team overcame this challenge by leveraging advanced building technologies to achieve energy savings while still meeting the operational needs of the cultivation facility. Additionally, the project required customized solutions for HVAC and electrical systems to support the demanding environment of a cultivation facility.

Conclusion:

InnoDez’s expertise in MEP design ensured the successful execution of the Arroyo Grande cultivation facility project. By providing energy-efficient, sustainable, and code-compliant solutions, we helped create a high-performing facility that meets both regulatory and operational requirements.

We are proud to have contributed to the growth of this unique industry and continue to offer innovative MEP engineering solutions for commercial and industrial clients.

Contact Innodez:

If you’re looking for expert MEP engineering services for your commercial or industrial project, contact Innodez today. Our experienced team is ready to help you develop a high-performance, sustainable facility tailored to your needs.

InnoDez provided full MEP Design and Engineering and Title 24 Report for a 19,509 SF Cannabis Cultivation Facility TI.

Location Address: 1291 Mesa View Drive Building C Arroyo Grande, CA 93420

Area Size: 19,509 SF

Project Description:

The project is located within the Callender Commercial Park in rural Arroyo Grande, California. The project site is 1.23 acres and located on Lot 4 within the 14.93 acre commercial park. The project is within the 19,500 SF existing building currently zoned for Manufacturing and Processing, Food and Kindred Products. The previous use of the building processed mushroom products. This project proposes a change of use to indoor cannabis cultivation facility with associated offices located at Callender Road industrial park.

Building Area and Use Description:

The project would include approximately 8,000 SF of which will consist of flowering canopy, and an additional 5,000 SF for general office use and a shipping/receiving distribution area. The remaining building area of the facility operations will be related to cannabis cultivation and includes cultivation (including processing/trimming and wholesale activity) and general office activities. The cultivation facility would have dedicated rooms based on the lifecycle of cannabis, including vegetative, flowering, drying, processing/trimming, and storage/vault rooms.

Operational Characteristics:

All cultivation activities would occur inside the building within light-tight, controlled environments and would not be visible from outside the facility. All deliveries or pickups of cannabis products, or any shipments related to cannabis cultivation, would occur inside the property in the distribution area. Every room within the building, including the circulation and back-of-house areas will be connected to in-line fans which are connected to activated carbon-filters. This is an industry proven odor control/mitigation system.