top of page

MARYDALE ENERFUSION PARK

Solinzi Power (Pty) Ltd is aiming to become a frontrunner in South Africa's clean energy revolution with the establishment of the Marydale Enerfusion Park. The proposed park will focus on the production of Hydrogen and Ammonia using renewable energy resources (wind, solar and battery).

 

The Motswedi Green Hydrogen and Green Ammonia Plant, is strategically located within the proposed Enerfusion Park to be located 9km east of the town of Marydale in the Northern Cape Province.

 

The Enerfusion park goes beyond the conventional hybrid project (wind, solar and battery); the power generated will be utilized/consumed onsite to power onsite production of Hydrogen and onsite production of Ammonia. The hydrogen produced will be consumed /used onsite to produce Ammonia. This is key to ensuring a low production cost of Ammonia.

 

The Motswedi Hydrogen and Ammonia Plant will consume a majority of the power generated onsite, and excess power will be dedicated to the Battery Storage system and the remainder exported to customers in the network.

71fe040f-0fbc-4cc0-b650-fa5945e3de5e-removebg-preview_edited.png

- Abundant Clean Energy

- Onsite Polygeneration

- Onsite Grid & Water Access

- Easy Access & Transportation

- Visible Environmental benefits

-Thousands of Jobs Created before 2030

What is an Enerfusion Park?

youtube-2-logo-png-transparent.png

Solinzi Power is dedicated to empowering the future with sustainable energy solutions. By utilizing onsite solar, wind, and Battery Energy Storage Systems (BESS), we are committed to producing green ammonia and green hydrogen in an environmentally friendly manner.

Why Choose Green Ammonia?

Environmental Advantages

At Solinzi Power, we are passionate about reducing carbon emissions and protecting the environment. Our use of onsite renewable resources for green ammonia production helps in mitigating the impact of traditional ammonia production methods on the planet.

earth.png

Economic Benefits

Choosing green ammonia means making an economically sound decision. By harnessing solar, wind, and BESS, we ensure consistent, efficient and cost-effective green ammonia production, offering substantial long-term savings and financial advantages.

growth.png

Value Addition

Opting for green ammonia production with Solinzi Power can enhance the value of your operations. It demonstrates your commitment to sustainable practices, which can contribute to a positive brand image and attract environmentally conscious partners and customers.

success.png

Sustainability Planning

Partnering with Solinzi Power for green ammonia production allows for strategic sustainability planning. By integrating onsite renewables, businesses can secure a reliable and sustainable supply of green ammonia, ensuring long-term operational stability and resilience.

ecology.png

Green Ammonia Production Process

At Solinzi Power, we have developed a cutting-edge green ammonia production process that harnesses the power of solar, wind, and BESS. This innovative approach ensures sustainable and eco-friendly ammonia production, aligning with our commitment to environmental stewardship.
​
This is a great space to elaborate on the innovative technology and methodology behind our green ammonia production. We prioritize transparency and would love to share the intricate details of our production process with our stakeholders.

chemical-reaction.png
eolic-energy.png

Regulatory Compliance & Partnerships

Our team at Solinzi Power takes care of all necessary paperwork and agreements related to green ammonia production. We ensure full regulatory compliance and establish strategic partnerships to facilitate a smooth and seamless transition to green ammonia utilization.

pexels-tubarones-11174190_edited_edited.jpg

Site Suitability Assessment

Determining the suitability of your site for green ammonia production is crucial. Solinzi Power conducts thorough site eligibility assessments to identify the optimal locations for implementing green ammonia production facilities, ensuring maximum efficiency and productivity.

bottom of page