Inventions





1. Mineral Analysis Laboratory Business Plan With Lowest Turnover


Invention team members: Mahdavi dehkharghani, Farnaz; Haji Chermahini, Hossein

Application Title number: 2022252711

Place of registration of invention: AUSPat, Australian government search system of Australian Patents that Provides users with access to all published patents.

Acceptance date of application: 2022-10-11


  1. Technical summary of work:
  2. A professionally designed business plan that utilities state-of-the-art technology and expertise to provide world-class minerals analysis to the mining and minerals exploration at low price and low turnover for answering to the mining family. -To gain 1 million samples of the mining industry testing work in 5 year; reaching to 2 millions samples in 7 year and more than 3 millions in 10 years.. -Develop 40% of the revenues from clients outside the mining sites. -Reach profitability within 2 years. -Offer lowest mean price for an analysis of a sample in lab. -Offer at least half time sooner than any other labs for answering to the customers their analysis report for their samples in lowest turnover. This patented business plan is designed to create a laboratory to prepare quick analysis of the main elements in a Mineral Laboratory with low turnover and low prices while results will be in highest accuracy level. In today's world, which plays an important role in the analysis of mineral samples, it is very important to achieve a fast, cheap and reliable method. This laboratory will be design for a routine operating capacity of 1500 up to 3000 samples per day that will be overlay almost 1 million sample analyzed per year, analyzing for gold and multi-element content. And second facility, with expanded analytical capabilities and greater capacity will plan in expanding phase and capacity will reach from almost 1million in 5 next years to 2 million sample per year in 7th year and 3 million sample in 10th year. In this design plan we offers sample preparation, gold analysis by fire assay, multi‐element analysis by ICP spectrometry, whole‐rock analysis and wet‐chemistry techniques and also able to provide an extensive range of supplementary analytical services, including ICP‐Mass Spectrometry. It can assist with geochemical interpretation, geological consultancy and related professional services.

2. Organic summer hydroponic greenhouse Business plan 75 hectares


Invention team members: Mahdavi dehkharghani, Farnaz; Haji Chermahini, Hossein

Application Title number: 2022246481

Place of registration of invention: AUSPat, Australian government search system of Australian Patents that Provides users with access to all published patents.

Acceptance date of application: 2022-10-09


  1. Technical summary of work:
  2. In this hydroponic greenhouse patented business plan, after creating suitable substrates, the production of hydroponic products with organic standards of products will be on the agenda and by creating each of the necessary standards, organic products will be produced in hydroponic greenhouses to have nutritious products. Produce them in a completely organic way and present them to the market. This project is designed and envisaged to create a greenhouse with an area of seventy-five hectares of hydroponic cultivation greenhouses. It includes all the necessary items from the construction of the greenhouse structure and its equipment to the cultivation and packaging of products in this project. The plan, in which 451 people will be working, is a broad and specialized plan and requires the initial analysis of financial issues in a completely specialized way, which we will discuss in detail in the business plan. This provide High quality product annually.

3. Automatic electronic controller to adjust the control parameters of the solar cell battery effective on increasing the battery life


Inventor: Farnaz Mahdavi Dehkharghani

International Classification: B06B; C12B;B06Y

Number and date of registration: 10/11/2020-87212

Place of registration: Iran, State Organization for Registration of Deeds & Properties.


  1. Technical summary of work:
  2. With the help of the mathematical modeler to improve the efficiency of solar panels, control parameters are controlled and modified to increase the efficiency of solar panels to reach the optimum points. This controller increases the efficiency of the solar panel.

4. Microbiological fuel cell modeler to determine the optimal usage parameters, maximum efficiency with the capability of accurate calculation of the battery efficiency


Inventor: Farnaz Mahdavi Dehkharghani

Invention registration notebook No.: 59207

Date of registration of invention: 26/05/2019

Place of registration: Iran, State Organization for Registration of Deeds & Properties.


  1. Technical summary of work:
  2. Microbiological fuel cells (MFC) are considered as one of the important potentials in providing clean and renewable energy in the future. In addition to providing electrical energy, which is the most widely used and flexible among other types of energy, MFCs not only do not cause the slightest pollution to the environment, but also purify and eliminate environmental pollution such as wastewater. Urban and leachate from urban solid wastes have a significant impact. Currently, MFC technology has not yet reached commercial and mass production due to low efficiency. With the commercialization of this industry, the issue of municipal wastewater will be raised not only as a problem but also as a source of clean energy supply because municipal wastewater is a rich source of microorganisms used in microbiological fuel cells. In the meantime, the design and construction of a microbial fuel cell modeler to optimize the consumption to increase the efficiency of the fuel cell that can accurately calculate the efficiency of the fuel cell has been an essential requirement. We design Microbiological fuel cell modeler to determine the optimal usage parameters, maximum efficiency with the capability of accurate calculation of the battery efficiency.

5. Controller and improver of the effective parameters in the microbial fuel cell to increase the energy production efficiency in the fuel cell


Inventor: Farnaz Mahdavi Dehkharghani

International Classification: B95B; C09B95Y

Number and date of registration: 11/11/2015-87212

Place of registration: Iran, State Organization for Registration of Deeds & Properties.


  1. Technical summary of work:
  2. With the help of the mathematical modeler improving the efficiency of the microbial fuel cell, the control parameters are controlled and modified to increase the efficiency of the fuel cell to reach the optimum points.