Product & Solution

Garbage Destruction Machines

We have developed an innovative technology to destroy MSW. This patented technology system is capable of destroying / degenerating the Covid 19 contaminated wastes safely and effectively to zero contamination level in less than 2 – 4 hours without any deployment of manual labor or any kind of power consumption. Machine is having dual chamber facility and maintaining 300oC – 500 at the primary chamber and 850 -1050 Degree at secondary chamber and it meets the medical waste incineration guidelines.
Our system is specially designed for Municipal Mixed solid waste. Highly Radicalized Oxygen Atoms with the help of a unique process act on the solid waste material decomposing them into ash, (complete combustion). The Exothermic Reaction results in the Core Temperature going from 300ºc to 500ºc reducing the waste into Ceramic Ash with Zero Calorific Value thus ensuring total destruction and a volume-metric reduction of the waste by a ratio of 1:200 to 1:300.
It can be used for destruction of any combustible material except Inert Material like Metal, Glass, stones which are left as it is. The Municipal Solid Waste with Moisture content of less than 35% to 40% can be easily decomposed in this machine. The Operating cycle time ranges from 3 to 8 hours depending on the moisture content. The Exothermic Decomposition process helps in maintenance of the equipment temperatures to further the Process.

Our system do not require electrical power or fuel for organic substance decomposition for decompose chamber. The emissions from System are complying with PCB Incinerator Emission Standards. External heater (850°C) is connected outside the chamber to destruct any Dioxin and other toxic substances destruction. Wet scrubbing system is fixed followed by the heater to prevent reformation of Dioxin as well as remove acidic Fumes. After wet scrubbing the flue gas (clean) is dispersed through stack in to atmosphere, the ash generated has got ceramic properties and no carbon content.

Waste to Energy Gasifiers

A Waste-to-Energy (WTE) Gasifier Plant converts waste into energy, typically by producing syngas (synthesis gas) through the gasification process. The plant consists of several critical systems, each responsible for handling, processing, and converting waste into energy
Gasification Process: Our project revolves around the gasification process, which involves converting carbonaceous materials into gases through several thermal processes. These processes include drying, Pyrolysis, combustion, cracking, and reduction. Each step contributes to the transformation of biomass or fossil fuel-based materials into valuable gases.

Gasifier Component: At the heart of our project lies the gasifier, which is responsible for producing the combustible gas. This component plays a crucial role in the efficiency and effectiveness of the gasification process. We focus on designing and optimizing gasifiers to ensure optimal gas production while minimizing environmental impact. Gasifier system designed to produce clean gas from biomass fuel, proposing a gas filtration system to overcome challenges in gas cleaning at the last Filtered Gas Use to generate power, converting agricultural and industrial solid waste into a clean source of electricity through gasification processes.

IMPROVED RDF (Refuse-derived fuel) MACHINES,

Refuse-derived fuel (RDF) is a fuel produced from non-hazardous waste, such as residential, commercial, industrial, construction, and demolition waste. This fuel is produced from combustible components that the industry calls Municipal Solid Waste – MSW for short. This waste, usually taken from industrial or commercial sites, is shred, dried, then finally burned to produce electricity.

The production of RDF pellets from the combustible stuff of the household garbage, as a coal substitute, is a viable technological solution towards generating energy from waste including the power generation. Thus, the municipal solid waste (MSW) can be used as an alternative source of energy. RDF is renewable, easy to store and transport, and has a high calorific value. It also has low secondary pollution and dioxin emissions. RDF can be obtained as a fluffy material or compressed into pellets or briquettes.

RDF can be used to generate energy at recovery facilities, where it produces electricity and hot water.

Incinerators

(Bio Medical Incinerators)

Garbage Burner is a modern hospital waste incinerator designed to burn solid waste in a clean and environmentally safe manner.
A biomedical incinerator is a specialized device used for the safe disposal of biomedical waste, such as medical instruments, tissues, and laboratory materials. It operates at high temperatures, typically above 800 degrees Celsius, to efficiently destroy the waste through combustion. The process converts the waste into inert ash, gases, and heat, minimizing the risk of contamination and spread of infectious diseases. These incinerators often have advanced features like automatic loading and ash removal systems, pollution control mechanisms, and real-time monitoring for safety and environmental compliance. They play a crucial role in health care settings to ensure proper and secure disposal of biomedical waste. Proper training and strict
adherence to operational guidelines are essential for the effective use of biomedical incinerators. Trained personnel should handle waste segregation, packaging, and loading to ensure that only authorized waste materials are incinerated. It is also crucial to monitor and record the incineration process to maintain a transparent and accountable waste disposal system.

In conclusion, biomedical incinerators play a critical role in the safe disposal of biomedical waste. They effectively reduce the volume of waste, eliminate pathogens, and prevent the spread of infectious diseases. With advanced features such as automatic loading, pollution control mechanisms, and real-time monitoring, these incinerators ensure optimal performance, safety, and environmental compliance in healthcare settings and other facilities that generate biomedical waste. Using the simple principles of combustion, the Garbage Burner 50 model has been specifically design for burning clinical waste from hospitals and research centres at a rate of 50kg/hr to 200 Kgs per hour.

Sanitary Napkins Incinerators & Vending machines,

SANITARY NAPKIN INCINERATOR MACHINE
We recommend safe scientific process of disposal of sanitary napkins is to incinerate them to ash, in comparatively low temperatures. It aids in disposal of napkins in a sterile and scientific manner. Proposed Incinerator include, Ceramic density insulation for protection that is outside Vehicle Thermal Cut off for energy saving. It has the ability to dispose every day, 200 napkins
These machines come as a handy solution for solving the disposal of used sanitary napkins in schools, offices, and other institutions. The Bahugunatech Napkin Destroyer converts used sanitary napkins into sterile ash in the most hygienic and scientific way with a simple press button! The sanitary napkin machine is user-friendly in its operation and maintenance.

Animal & Human Incinerators,)

Worldwide, Incinerators are a preferred method of disposal for animal carcasses and waste because they are eco-friendly, reduce the volume of waste, and prevent the spread of disease. Incinerators are high-temperature chambers that can reach temperatures of up to 1000°C to ensure complete combustion of animal carcasses. An incinerator is a closed chamber device that uses combustible fuel to cremate mortalities from poultry, swine, or other types of small animal operations. We will provide filtration system for the exhaust gases consisting of COx, NOx, SOx, and hydro carbon compounds. The exhaust from the filtration system will be given to the chimney input. The Animal Incinerator system will be working on electricity in case you want we can also provide oil fired incinerator. The Time required for 1 small animal would be approximately 1 hrs

Today Electric Cremation is preferred across globe for environmentally friendly reasons, using fewer resources without impacting Environment, & such as land and Cremation & burial items. Cremation is much lesser cost and hassle free compared to traditional cremation, which requires a lot of other additional expenses. When you or your loved ones choose Electric cremation, it simplifies the choices a family would be required to make for a traditional funeral service, at an already difficult time.
After affordability, experts view this as the biggest factor in the growing popularity of cremation: More people are relocating from their hometowns; Electric cremation has become a practical and cost-effective alternative to traditional burial.

Road sweeping machines,

Bahuguna Techmotives Pvt Limited is in Partnership with TH Technology, with a vision to revolutionize the cleaning industry by using advanced sweeper machinery to replace the traditional approach. Our Commitment to sustainability and efficiency in cleanliness drives to create solutions that meet the evolving needs of modern communities. Our road sweeper caters to diverse requirements, from urban streets to highways, airports, and industrial complexes etc. Our machines effectively remove dust, debris, and litter, leaving roads and public spaces spotless. Our commitment to customer satisfaction extends beyond product excellence, with a comprehensive after-sales service and support infrastructure.

CHAMPION – THE RIDE ON ROAD SWEEPING:
The Ride on sweeper champion model is powered by 35 horse power Mitsubishi engine; the champion sweeper machine has a dust collection capacity of 600 liters. It removes leaves, dust, and debris at up to 17095 m²/h. Cleanland champion’s robust design is insensitive to the numerous sources of variation such as production and assembly tolerances, ambient use conditions, toughest cleaning conditions and many more. Each specification, including strength, performance, maneuverability, ease of use, ergonomics, and low cost of ownership, has been carefully designed to meet our goals and complete the client’s cleaning requirements. The ride on sweeper is best suited for low to medium dust conditions. It is useful in gated societies, residential apartments, commercial and retail spaces, villas and resorts, IT parks, large parking lots, warehouses and many more. It’s an Environmental Friendly One Person Operation and Maintenance, Easy to Drive Utilizes efficient Fuel and oil Cost Efficient machine.

Smart Garbage Bins,

What this really means is that smart waste management is more efficient, cost-effective, and environmentally friendly compared to traditional waste management, all thanks to technology. Keeps waste away from your sight and contributes to a more beautiful and clean environment.
These are made of Mild Steel & stainless steel. These bins are extremely weather resistant and durable. In particular, the useful ventilation holes allow air circulation and prevent the stagnation of smelly odors, while the closure system ensures the safe storage of waste. It is equipped with a practical door that allows you to insert and remove the bin easily. The bin cover is easy to clean & Leak-proof interior bin made of Mild Steel & Stainless Steel.

Bio Mining

India’s cities are struggling to manage their waste as these dumpsites have already exceeded their capacity and cannot take in any more waste. They have also not managed to find land for installing waste-processing facilities. These dumpsites have emerged as pollution hubs in the middle of human settlements, as cities have grown over the decades. It has, therefore, become a necessity for the city authorities to reclaim the existing dumpsites in an environmentally sound and economically viable manner. Bio-mining is the scientific process of excavation, treatment, segregation and gainful utilisation of aged municipal solid waste lying in dumpsites typically referred to as legacy waste.”
It is a process of treating garbage or waste with bio-organisms or natural elements like air and
Sunlight. Over time, the biodegradable component of the waste gets decomposed through the
natural process, and the remaining part i.e. non-biodegradable material is then dealt separately.

It comprises 4 steps:

Excavation of legacy waste,
Stabilising the waste using bioremediation.
Segregation of excavated waste and then sustainable management and its safe disposal.
Themethods of bio-mining include Bioleaching, Bio-oxidation, Dump leaching, and Agitated leaching.

C&D plants

Construction and demolition (C&D) waste is generated from construction, renovation, repair, and demolition of houses, large building structures, roads, bridges, piers, and dams. C&D waste is made up of wood, steel, concrete, gypsum, masonry, plaster, metal, and asphalt. C&D waste is notable because it can contain hazardous materials such as asbestos and lead. Estimates vary, but a commonly accepted estimate is that between 15% and 20% of municipal solid waste comes from construction and demolition projects.

Construction and demolition (C&D) recycling refers to the practice of recovering, sorting, and processing materials that are generated during the construction, demolition, or renovation of buildings, roads, and other structures. This process typically involves the recovery of wood, concrete, metals, masonry, insulation, plastics, and other materials that would otherwise be sent to landfills.
Efficient handling of CDW is crucial in concurrently striving for environmental sustainability, economic progress, and social fairness, not only for the present but also for future generations. As a field in development, it focuses on standardizing innovative procedures while adapting to specific local and contextual conditions.