Kozanlar Jeotermal ve Sera Kurulum Sistemleri

KOZANLAR GEOTHERMAL

Geothermal energy is a renewable and sustainable energy source that is cost-effective, environmentally friendly, domestically available, and inexhaustible when used properly. Türkiye possesses abundant geothermal resources, yet utilisation is often performed without awareness or consideration. State institutions and engineering companies have made significant strides in recent years to enhance the efficiency of these resources.

Kozanlar Geothermal provides a range of services including heating project design, geothermal mainline installation, heat centre design, geothermal greenhouse heating, improvement projects, geothermal heat exchanger and automation, and material supply. With our 30 years of trade experience and 20 years of experience in the sector, we offer systems, consultancy, and turnkey greenhouse solutions that meet the needs of investors. Our expertise is backed by the systems, consultancy, and greenhouse solutions.

ANAHTAR TESLİM SERA

Plastic Greenhouses

Our state-of-the-art plastic greenhouse systems create an optimal environment for cultivating a variety of plants, flowers, vegetables, and fruits. The plastic covers are chosen based on the specific geography and climate conditions of the target region.

The greenhouses can last up to 25-30 years. The replacement cycle for plastic is three years, while for polycarbonate it is 10-15 years, both with initial costs that are lower compared to glass greenhouses.

When used and installed correctly, and if high-quality materials are used, the resulting product yield during growing seasons closely resembles that of glass greenhouses.

Plastic greenhouses are 30-35% more affordable than glass greenhouses at the current price point.

Glass Greenhouses

Our investors have shown a preference for our specialty glass greenhouses. This preference for glass greenhouses are due to their lower energy consumption costs, faster penetration of light and heat, and minimal heat loss.

Benefits

Service life is determined by calculating the initial investment over a period of 49 years.
The tempered glass (4mm) is highly resistant to various acts of nature such as storms, tornadoes, hail, snow, heavy rain, fire, sandstorms, and other conditions.
Due to the absence of ultraviolet (UV), infrared (IR), and other chemical loading on the glass, there is no physiological response in the plants.
The glass we use has a low retention coefficient, which means that they can remove moisture from the gutters without causing overflow onto the plants.
They facilitate rapid ventilation for enhanced efficiency.
Increased light transmittance enables uniform and results in higher product yields.
Earthquake resistance values are determined in conjunction with the construction process during the ground survey and project phases.

Greenhouse Steel Construction
Sera Isıtma Sistemi
Irrigation Systems
Electrical Systems
Greenhouse Automation System
Buffer Tank System
Plastic Coverings
Thermal Screening
Greenhouse Fogging Systems
Greenhouse Gutter Systems
Fly Netting and Base Coverings
Exhaust and Circulation Fans
Cultural Processing Tools
Polycarbonate Coating

Our expert teams offer services in project design, manufacturing, and assembly of state-of-the-art steel greenhouse systems.

Our technical personnel undertake the design and production of each project, taking into account the unique complexity, requirements, and climate conditions of each project.

Our assembly teams install our greenhouses supervised by our experienced personnel.

Initial procedures

• Examining the investment area
• Well tests and water analysis
• Selection of materials and equipment based on analysis findings
• Facilitating communication, establishing a formal agreement, and cost determination

Project Design

• Calculation of geothermal source energy
• Heat centre project
• Greenhouse space heating project
• Using a simulated environment to assess the feasibility of the system heating project

Fieldwork

Control and Delivery

• Installing the greenhouse automation system
• System heating commissioning and control
• Software support for remote system control
• Completing the project by creating all necessary controls

Greenhouse irrigation systems are crucial to proper plant growth. Our engineers calculate the distribution of the installed system to be homogeneous and use an equal flow rate in compliance with the project.

Within the greenhouses, there are small sector panels for circulation fans, heating pumps, heat and shade curtains, and ventilation. The main panels and the electrical installation are managed in the packaging section.

In our greenhouse systems, we install heating, cooling, irrigation, fan systems, fertilisation, fogging, ventilation, lighting, thermal curtain systems that are compatible with each other, as well as auto control systems that work flawlessly in response to changing climate conditions.

Produced and used to maintain thermal balance in greenhouse energy systems by preventing heat loss, high insulation contributes to preventing heat loss in the tank. Buffer tanks are widely used especially in cooling and heating systems.

Depending on the project size and geographical location, our company provides cylindrical, vertical hot water storage tank solutions with volumes of up to 5000 m³.³ hacme kadar silindirik, dik sıcak su depo tank çözümleri sunmaktadır.

The sun resistance power and general properties of agricultural greenhouse covers may differ depending on the region and desired plant type. Features of Our Plastic Covers:

UV Additive (Ultraviolet Additive)
IR Additive (Infrared Additive)
V.A Additive (Ethyl-Vinyl-Acetate Additive)
DIF Additive (Diffuser Additive)
AO Additive (Anti-Oxidizing Additive)
AF Additive (Antifog Additive)
EU Additive (Anti-Bacterial Additive)
Anti Dust Additive (Anti Dust)

Heat curtains in our greenhouses can help to create ideal climate conditions. There are different types of curtains available based on the type of plants grown and the desired cost savings. These curtains serve the purpose of providing cooling and shading in the summer and conserving energy in the winter. The use of heat curtains can enhance production conditions, yield substantial fuel savings, and improve product quality and increased product yield.

With the ability to change the level of humidity, the air's humidity can be increased to a maximum of 95%, or the humid air can be expelled to maintain a cooler environment. As temperatures decrease, the working environment becomes more favourable and conducive to plant growth. Consequently, the rate of waste decreases as productivity increases.

Areas of Use:
• All kinds of vegetable cultivation
• Suitable for all types of growing slabs
• Designed for coco peat and rockwool

Features
The substantial drainage channel is autonomous within the cultivation area. Plant roots are unable to access the drainage channel, resulting in reduced negative consequences. The cultivation slabs are fully supported. It has a high drainage capacity.

• Fly netting is used to safeguard seedlings and greenhouse-grown plants from pests like the whitefly and leaf miner (Tuta absoluta). Stitched tulle can be obtained in any size or specification that you need.

• Ground cover specifically designed for greenhouses is available with UV additives. The ground covers come in two options: one with a black bottom and white top, and another option that is a single colour. We offer both domestic and imported products, all of which are currently in stock.

The exhaust fan expels air from indoor spaces when there is a need for a significant increase of airflow.

The circulation fan operates in conjunction with an automated system that controls the distribution of stratified heat, humidity, and stagnant air.

The cultural process trolley is a tool used in contemporary greenhouses to enhance productivity and efficiency in the cultivation environment. It is particularly useful in situations where the height of the structures create produce that is out of reach. The trolley facilitates tasks such as wrapping, hanging, and thinning plants by securely fastening them to suspension wires and ropes, to easily adjust positions based on sunlight intensity.

The harvest trolley efficiently packages greenhouse-grown products into crates, either in multiples or for transportation to the end user.

Polycarbonate sheets exhibit exceptional resistance to weather conditions. They effectively absorb the harmful effects of sunlight (UV resistance), and effectively insulate against hot and cold temperatures due to their grooved structure. These sheets are available in standard dimensions of 210 cm with thicknesses of 4, 6, 8, 10, and 16 mm. We utilise hem in our greenhouses because of their exceptional flexibility in both cold and hot conditions, as well as their effortless malleability, ease of installation, and their prolonged lifespan.

Greenhouse Steel Construction

Greenhouse Heating Systems

Irrigation Systems

Electrical Systems

Greenhouse Automation System

Buffer Tank System

Plastic Coverings

Thermal Screening

Greenhouse Fogging Systems

Greenhouse Gutter Systems

Fly Netting and Base Coverings

Exhaust and Circulation Fans

Cultural Processing Tools

Polycarbonate Coating

Our expert teams offer services in project design, manufacturing, and assembly of state-of-the-art steel greenhouse systems.

Our technical personnel undertake the design and production of each project, taking into account the unique complexity, requirements, and climate conditions of each project.

Our assembly teams install our greenhouses supervised by our experienced personnel.

Initial procedures

Project Design

• Calculation of geothermal source energy
• Heat centre project
• Greenhouse space heating project
• Using a simulated environment to assess the feasibility of the system heating project

Fieldwork

Control and Delivery

The sun resistance power and general properties of agricultural greenhouse covers may differ depending on the region and desired plant type. Features of Our Plastic Covers:

UV Additive (Ultraviolet Additive)
IR Additive (Infrared Additive)
V.A Additive (Ethyl-Vinyl-Acetate Additive)
DIF Additive (Diffuser Additive)
AO Additive (Anti-Oxidizing Additive)
AF Additive (Antifog Additive)
EU Additive (Anti-Bacterial Additive)
Anti Dust Additive (Anti Dust)

Areas of Use:
• All kinds of vegetable cultivation
• Suitable for all types of growing slabs
• Designed for coco peat and rockwool

The exhaust fan expels air from indoor spaces when there is a need for a significant increase of airflow.

The circulation fan operates in conjunction with an automated system that controls the distribution of stratified heat, humidity, and stagnant air.

The harvest trolley efficiently packages greenhouse-grown products into crates, either in multiples or for transportation to the end user.

OUR SERVICE AREAS

Investors must meticulously plan heating projects to prevent unforeseen costs. Our proficient technical teams assess test results obtained from well analyses and determine the necessary auxiliary energy. Based on the data, they then provide precision heating calculations.

The process of selecting a well pump, designing the mainline, calculating the boiler room pump and heat exchanger, and determining residential and greenhouse heating requirements is carried out with a focus on ensuring efficient heating. Additionally, detailed drawings are prepared in both two and three dimensions.

The extraction of geothermal water from a well necessitates the use of specialised technology and equipment. Choosing the wrong pump can lead to higher operating expenses and negatively impact the long-term viability of the investment.

Kozanlar Geothermal offers pump recommendations to investors based on well test results, thereby preventing potential additional costs that may arise from incorrect pump selection. We offer an optimal pump that can function seamlessly within a broad temperature range of 84-150°C.

Kozanlar Geothermal is responsible for nationwide sales and research and development (R&D) of Vansan hot water submersible pumps. Our company specialises in sales and installation of vertical shaft submersible pumps.

Over time, the pipes and equipment used to transfer geothermal water to the heat centre can become unusable due to corrosion and encrustation caused by the composition of geothermal waters.

Kozanlar specialising in the procurement and installation of mainline pipe materials and are authorised dealers for the brands Aquaterm and Borusan.

Inadequate design of heat centres in geothermally heated facilities can have a detrimental impact on the long-term viability of the investment. Proper equipment selection, installation, and efficient utilisation of the installation area are crucial for a successful investment.

Kozanlar Geothermal accurately analyses water and offers assistance in choosing appropriate equipment. Simultaneously, we create optimal utilisation of the installation space and facilitate uncomplicated maintenance through the creation of a three-dimensional representation of the heat centre.

Kozanlar Geothermal has closely monitored advancements in greenhouse heating systems in recent years in an effort to provide the best solutions to investors wanting geothermally heated greenhouses. By leveraging our expertise and insights from the geothermal greenhouse heating industry, we provide investors with highly cost-effective and efficient solutions.

We provide full service for the geothermal greenhouse heating processes, starting at well extraction and ending at plant heating. Through this approach, we can assume full responsibility for potential future issues. Our electronic system is remotely monitored and controlled, with risk factors reduced through continuous observation and data recording.

There may be issues with heating systems in preexisting greenhouses. These issues can be improved through maintenance performed by Kozanlar Geothermal’s experts.

To ensure optimal performance of the heat exchangers and pumps and to eliminate the possibility of human error, it is necessary to monitor, control, and record the system through automation. It is important to regulate the temperature of re-injection and avoid releasing water at elevated temperatures. Disposing water at elevated temperatures entails discarding it without harnessing accessible energy. The responsibility of controlling this should not be entrusted to human operators; instead, it should be automated. While automation is implemented in the constructed greenhouses, geothermal automation is not currently utilised.

Our company specialises in the design and installation of geothermal heat exchangers and pump automation systems. This approach enables the simultaneous utilisation of geothermal water for both electricity generation and cost-effectiveness.

Kozanlar Geothermal specialises in the sale of heat exchangers, pumps, valves, frequency converters, flowmeters, iron pipes, and other products. These products are intended for use in investments made with renowned global dealerships, both locally and nation-wide.

HEAT EXCHANGER CLEANING

The heat exchanger regulates pollution and periodically cleanses the air. Because this is the crucial component of geothermal heating, careful attention is required on various usage details to ensure optimal efficiency.

Effective cleaning and maintenance cut down on costs and save energy. Efficient geothermal energy uses less water which ultimately helps the economy.

Cleaning processes are typically performed involuntarily and resolved when local solutions are employed. But this process ultimately exposes larger underlying issues.

Plate deformation is caused by incorrect acid usage, gasket damage, or inadequate cleaning which are the underlying issues that result in significant expenses and excessive power usage.

Kozanlar Geothermal’s extensive 32-year expertise identified a significant gap in this industry. We successfully established a heat exchanger washing facility to address this issue eight years ago and we have been consistently performing heat exchanger cleaning without slowing our pace.

We are pleased to notify our investors about our implementation of this discrete service, which is in line with our mission of efficient energy use.