B-TMSG– DC (Biomass Gasifier based Thermoelectric Module Static Generator)

Rural and remote Electrification

•Electricity to operate machinery and equipment's

•To heat or cool buildings, warehouse, etc., and

•For lighting on the farm, and indirectly in the fertilizers and chemicals produced off the farm

•Power for robotics/automation in the agriculture

•Lack of energy access for remote villages

Solid waste management

Agricultural waste is collective term which is use for all the non economical substance produce by agricultural operations such as roots , crop residue ,live stock waste etc.

•It is waste produced as a result of various agricultural operations.(Straw, Bagasse, Roots, Peels etc.)

•It includes manure and other wastes from farms, poultry houses and slaughter houses, etc.

•RDF (Refused derived fuel) pellets formation,

Rural Beautification

•Cleanliness

•Hygienic livelihood

•Employment Generation

Environmental Impact

The negative effects of bio-degradable waste on the environment, such as pollution, greenhouse gas emissions, and soil degradation.

Waste Overload

The alarming rate at which bio-degradable waste is being produced and the strain it is placing on existing waste management systems.

Health Concerns

Health risks associated with improper disposal of bio-degradable waste, including the spread of diseases and contamination of water sources.

Enhance energy efficiency in agriculture, including optimizing the use of energy for irrigation, machinery, and other operations as given below for Industry 4.0.

Precision Farming: Effective integration of IoT sensors, drones, and AI to enable precision farming techniques that optimize water usage, fertilizer application.

Data Management and Analytics: The challenges of collecting, processing, and analyzing large volumes of agricultural data to make informed decisions and predictions that improve overall farm management.

Connectivity and Infrastructure: Most efficient and cost-effective ways to establish reliable internet connectivity and build robust infrastructure in rural areas.

Automation of Labour-Intensive Tasks: Develop and deploy robotic and autonomous systems that can perform labour-intensive tasks.

Interoperability and Standardization: Strategies can be employed to ensure seamless interoperability between different agricultural machinery, equipment, and software systems, allowing farmers to easily adopt and integrate Industry 4.0 technologies.

Cyber security: Safeguard sensitive agricultural data, smart devices, and communication networks from cyber threats and ensure the privacy and security of farmers' information.

Our integrated solution comprises of Biomass gasifier and TMSG-DC on a single skid which will be a portable gas based generator works on bio degradable waste. It is a renewable based cleantech product suitable for household applications.

TMSG – DC is a generator that works on Natural Gas or LPG and producing the electricity without any moving parts using Seebeck effect i.e. if there is a sufficient temperature difference between the materials (PN Junction diode) EMF would be generated across the terminals.

Gasification is a process that converts organic or fossil-based carbonaceous materials at high temperatures (>700°C), without combustion, with a controlled amount of oxygen and/or steam into carbon monoxide, hydrogen, and carbon dioxide. The carbon monoxide then reacts with water to form carbon dioxide and more hydrogen via a water-gas shift reaction. Absorbers or special membranes can separate the hydrogen from this gas stream.

Rural remote area for electrification Agriculture Biomass gasifier to be used for TMSG-DC fuel input Biogas/gobargas as fuel for TMSG-DC Telecommunication towers Power for remote telecommunication towers, RTU, SCADA, Radiosets, etc. Thermal Power plants (Waste heat recovery).Director of Local Bodies secretary of Sudha gad goshala Framers, Villagers Jaggery Production Sugar Mill Seed Organization Presp ill Farmer. Ammonia Production plant.

Power for Cathodic Protection of pipelines and well casings.

Power for remote control and monitoring. 

Power for Motor operated valves, chemical dosing system.

Power for Navigational aids, telecommunication systems.

Power for Battery changing system, walkie talky system in Indian Military.

Step into the realm of our internationally acclaimed tech startup, recognized by the Govt. of India and DPIIT, leading transformative energy solutions. Supported by prestigious institutes and a diverse team of technocrats, we innovate to tackle global challenges. Our track record, IPR, and adaptability pave the way for success. Embrace risk for equity and substantial growth. Join us to access unparalleled opportunities and personal development in the award-winning tech landscape.

We M/s Prayogik Technologies is a recognized Startup by Dept. for the promotion of Industry and Internal Trade (DPIIT36732) Govt of India, working towards Thermoelectric technology, Fuel Cell, Battery Management System, Solar System, Wind Energy and Waste to energy in cooling and utilizing heat applications including power management solutions.
Major Sector :
1.) Oil and Gas (converting LPG/CNG to Electricity) for Cathodic Protection of pipeline and offshore unmanned platforms.

2.) Defense Sector (from -40deg to +70deg Celsius) for battery charging system and walkie talkie.

3.) Agriculture Sector (converting biomass to electricity) for waste to energy system.

4.) Aerospace Sector (using radioisotopes to electricity) for space exploration 

5.) Health Sector (Converting body heat to electricity) for Bio sensors.

6.) Thermal Power Plants (Waste heat recovery system)

7.) Geothermal Energy (using coal mines' underground heat to electricity).

8.) Battery Cooling system while charging and discharging at higher amperes.

9.) Portable refrigerator without CFC and spot cooling up to -80 degrees for different applications.

10) Remote Telecommunication Towers.

Testing Completion Successfully

•TMSG-DC-200 product has been tested and Certified in NIT Bhopal and MSME Testing Center Mumbai successfully.

•TMSG-DC-200  tested and installed successfully in Siachen Indian Army Base Camp at 15000feet Altitude in -30deg Celsius  location

•Recently installed at biogas plant to produce electricity from waste for street lighting, DC charging, etc.

•Trial run stage of Hybrid solar and TMSG DC including BMS.

•Successfully Tested at Champawat, Uttarakhand by UCOST & Agnii.

•Biomass Gasifier successfully Tested in ICAR Bhopal.

Man Power Funding, Testing & Certification Funding, Field Pilot Run,  Product Development Fund, Research and Development Fund, Market Adoption, Customer Acquisition, Networking, Funding, Mentoring, Market Research, Global Exposure, scaleup, etc.

•Tar content in gas is less than 25mg per cm3.

•Charcoal based Nickel Catalyst.

•High Calorific Value.

•In Built Tar Cleaning System.

•No additional energy required to maintain the temperature of the catalyst bed.

•No water for tar cleaning required.

•No wastage for gas production.

•Portability, Highly reliable.

•Smaller Size, Cold Gas efficiency 70%.

•Cleanest Combustion on earth.

•More efficient as compared to existing solutions.

•Specially Designed in concern with Indian weather (High Humidity, Warmer Country +50 deg, Rain, Storm etc.)

•Dismantling of product is possible on site unlikely in existing TEG.

•B-TMSG DC can be controlled on remotely basis having automatic system.

•It can be used as combined heat and power product which can used for space heating.

•It  is  based on Renewable Energy producing zero green house gases.

Clean Energy Venture Group - Emission Calculations

Emissions Reduction Potential between now and 2050 (GT)  < 0.001

Provided Values

kWhr of grid-generated electricity reduced per year  :  8,760.0

Tons of CO2 abated per year  :   178.9

Years of impact per unit sold  :   25.00

Units/Year at Maximum Adoption  :   3

Years Until Maximum Adoption  :   2.0

GHG savings per annum

Our Indigenous technology TMSG-DC is a blue flame combustion which is the cleanest combustion on earth.

Due to which our product doesn’t emit so much of greenhouse gases during combustion but for calculation we may proceed for 14.2Kg of LPG in one year of combustion in our chamber of 1Sq. Feet with blue flame combusted nearby 31,372 Gallons of LPG.

After calculations, 

Total CO2 Equivalent emissions (metric tons) under stationary combustion based product = 178.889  in one year of continuous operation 

Total CH4 Equivalent emissions (metric tons) under stationary combustion based product= 0.008784 in one year of continuous operation 

Total N2O Equivalent emissions (metric tons)  under  stationary combustion based product= 0.00188 in one year of continuous operation.

Most of the technology for electricity generation is not eco-friendly as clearly seen in the market. The amount of carbon emissions and greenhouse gases emitted is hazardous to the ecosystem. Also most of the devices have rotating parts which undergo a lot of wear and tear and have low life expectancy. The rate of depreciation of cost with respect to time is considerably fast. In addition if we can think of some technology which uses the inherent fuel available on the site would reduce the cost of transportation and other charges to use the fuel in electricity generation without any combustion  with efficiency  nearby 70% will be Ideal solution for this. 

Paper, Cardboard, Wood, and Textiles: Estimate the percentage or portion of this category in terms of its potential contribution to biomass gasification.

Plant Residues and Food Waste: Calculate the percentage or amount of plant residues, dry leaves, grass clippings, agricultural residues, and food waste that could contribute to biomass gasification.

Organic Livestock Waste: Determine the percentage or quantity of dry livestock waste (straw, dry manure) available for biomass gasification.

Biodegradable Plastics and Natural Fibers: Estimate the portion or percentage of biodegradable plastics made from natural sources and natural fibers that might contribute to the overall feedstock for gasification, considering their suitability.

Biomass Gasifier

Gasification is a process that converts organic or fossil-based carbonaceous materials at high temperatures (>700°C), without combustion, with a controlled amount of oxygen and/or steam into carbon monoxide, hydrogen, and carbon dioxide. The carbon monoxide then reacts with water to form carbon dioxide and more hydrogen via a water-gas shift reaction. Absorbers or special membranes can separate the hydrogen from this gas stream.

Simplified example reaction

C6H12O6 + O2 + H2O → CO + CO2 + H2 + CH4 + other species

•Tar content in gas is less than 25mg per cm3.

•Charcoal based Nickel Catalyst.

•High Calorific Value.

•In Built Tar Cleaning System.

To develop cost effective environmentally friendly magneto-thermoelectric (MTE) materials for power generation using the heat in Oil and Gas, Agricultural waste to Energy industries, and waste heat recovery system, characterization of these materials, fabrication/Manufacturing of magneto-thermoelectric modules and evaluate its efficiency.

Seebeck effect i.e. if there is a sufficient temperature difference between the materials (PN Junction diode) EMF would be generated across the terminals.

TMSG – DC is a generator that works on any type of heat to convert into the electricity without any moving parts using See beck effect.

Skutterudites

Fitting results of the relationship between the contact resistivity and the aging time, and the life time. The prediction is based on the assumption that a joint fails when the contact resistivity reaches 10 μΩ. cm2and 20 μΩ. cm2.

Full Time : 9

Part Time: 4

6Years

Strength

•First startup under Make in India.

•Diversified team and shareholding.

•Collaboration with top institute, R&D Organization.

•Diversified investor and grants.

•Technical and Commercial competitive advantage.

•No moving part based power generation.

Opportunity

•22nd century requires more power for automation.

•Remotely Controlling, monitoring, require power.

•Clean Technology based power generation.

•Renewable fuel based power generation.

•Waste heat recovery system to reduce GHG and global rise in earth temp.

World class Manufacturing and Selling the MIHPS, B-TMSG-DC Product globally and our “High density Hybrid Solar Charge Controller”  IPR.

Design & Engineering Services of  Stand alone Power  Management System for remote locations (including Solar).

Design & Engineering Services of Modular, MIHPS, B-TMSG-DC as a consultant.

Annual Maintenances Contract and  After sale service of  Existing TEG, and MIHPS, B-TMSG-DC.

Operational Spares Parts, Marketing of  Stand alone Power System Product & Services.

Dealer/ Distributorship of Business in Clean & Green Renewable Power, thermoelectric Modules trading.

Waste to wealth through RDF(Refused derived fuel)/Pellet Formation, Agricultural waste, Domestic waste, food processing waste and its management.

Waste heat to energy in thermal power plants, geothermal energy, body heat, automobile.

We are approaching with Three possibilities as per the paying capacity of the customer and the application:

1. One time sale with annual maintenance contract every year (This approach is for Middle Class farmers / remote unmanned locations with paying capacity of customer at single time.)

2. On tariff / rented out basis with AMC every year (This approach is for Lower class farmers / manned location where paying capacity of customer is low / or recurring basis)

3. We will open distributorship after scale up globally and Prayogik will be only OEM under Made in India.

4. Our Product will help farmer to produce upto 5Kw power on hourly basis with consumption of agricultural waste upto 10Kg per day that allows farmer to get the return on investment by end of  two year without any operational cost.

Product B-TMSG-DC can be a tailor made product for customers as per their requirements.

Accordingly, agreement for sale and purchase will be on case to case basis.