Meissa Reeve was curated with a single objective – that is to provide the inhabitants of the world with a green solution that helps not just them, but the entire planet. With this mission in mind, we became the pioneers in solar rooftop plants, EV sector, and green homes. With a team that is passionate to make a change in the world, we are working towards sustaining the environment, protecting natural resources, and being a trustworthy partner to all those who join us onto the ‘green’ path.
To keep the commitment to sustainability alive and thriving, we offer the following services:
With us, there is a guarantee of a change!
Meissa Reeve was curated with a single objective – that is to provide the inhabitants of the world with a green solution that helps not just them, but the entire planet. With this mission in mind, we became the pioneers in solar rooftop plants, EV sector, and green homes. With a team that is passionate to make a change in the world, we are working towards sustaining the environment, protecting natural resources, and being a trustworthy partner to all those who join us onto the ‘green’ path.
To keep the commitment to sustainability alive and thriving, we offer the following services:
With us, there is a guarantee of a change!
Charged with the motivation to reduce the dependence of depleting fossil fuels, this wing of Meissa Reeve offers the complete solar services, right from consultation to installation and then maintenance. Our services are open for residential, commercial, and the industrial sector.
The global EV market has been witnessing steady growth. To provide people with a 360 solution, we offer them EV Charging stations, battery swapping stations, lithium ion and LFP batteries, E-cycles, UPS, & more!
This service was launched to reduce the environmental impact while promoting energy efficiency, resource conversation, and general well-being. This is a revolution to the standard home we are used to, and we aim to provide an easy and fresh solution to the housing crisis of the world.
In the past, humans often lived in mud houses, which had minimal adverse health effects. Mud houses were a traditional form of architecture, utilizing locally available materials and techniques that offered numerous benefits. The natural properties of mud, such as its thermal insulation and moisture regulation capabilities, provided comfortable living conditions while being environmentally friendly. These houses were sustainable with minimal carbon footprint.
However, with the advent of modern construction practices, the use of cement became prevalent. While cement is a key component of conventional buildings, its production emits a significant amount of carbon dioxide (CO2) into the atmosphere. The cement manufacturing process involves the release of CO2 from limestone calcination and the consumption of large amounts of energy.
The environmental impact of cement production is substantial. The emissions contribute to climate change, as CO2 is a greenhouse gas that traps heat in the atmosphere, leading to global warming. Additionally, the extraction of raw materials for cement production can cause habitat destruction and landscape alteration.
| Comparison: Green Home vs. Conventional Home | |
|---|---|
Green Home
Uses advanced insulation, high-performance windows, & energy-saving appliances to minimise energy consumption and reduce utility costs. |
Conventional Home
Standard insulation, windows, and appliances without specialised energy-saving features, resulting in higher energy consumption. |
Green homes utilise eco-friendly bricks from recycled materials or renewable resources. These bricks are manufactured using innovative processes that minimise energy consumption and carbon emissions while maintaining structural integrity.
Green homes employ eco-friendly cement that reduces the carbon footprint associated with conventional cement production. This cement incorporates alternative materials or utilises carbon capture technology to mitigate CO2 emissions.
Green homes efficiently mix the site's ground soil with limestone and cement. This minimises waste and utilises locally available resources, reducing the need for extensive transportation and preserving the natural landscape.
Green homes have energy-efficient appliances with high energy ratings. These appliances consume less electricity or water, minimising energy consumption and lowering utility bills.
Green homes use red oxide soil for flooring, which offers natural cooling properties and contains essential minerals beneficial for the skin. It also eliminates the need for energy-intensive cooling systems.
Green homes employ traditional pottery techniques by strategically placing water-filled pots to enhance natural cooling. The evaporating water helps cool the air, creating a comfortable living environment without relying on energy-consuming cooling systems.
Green homes optimise natural daylight by incorporating design elements like glass-covered walls or skylights. This allows ample sunlight to penetrate the living spaces, reducing the need for artificial lighting during the daytime and saving energy.
Green homes utilize recycled wood for windows and doors, reducing the demand for newly harvested timber. This promotes sustainable forestry practices and reduces deforestation.
Green homes utilize home automation systems to monitor and control power and water consumption. This allows homeowners to optimize energy usage, reduce waste, and promote efficient resource management.
Green homes create a sustainable and aesthetically pleasing terrace covering using bamboo and hay. This natural, renewable material provides shade, insulation, and protection from the elements while reducing the use of conventional building materials.
Green homes harness solar and wind power by installing solar panels and wind turbines. These renewable energy sources offset high power bills and reduce reliance on fossil fuels, promoting a sustainable and clean energy supply.
Green homes incorporate innovative techniques to monitor air pollution levels around the home. This allows residents to stay informed about air quality.
Green homes support the use of electric vehicles by providing charging infrastructure. This encourages the adoption of sustainable transportation alternatives, reducing reliance on polluting vehicles and promoting a greener lifestyle.
Green homes feature water harvesting systems that collect and store rainwater for various uses, such as drinking and cleaning.
Green homes employ the twin pit system for safe and efficient human waste management. This mediaeval technique allowed human excreta to decompose into reusable powder, which can later be used as fertilizer for agricultural purposes, promoting a closed-loop waste management system
Green homes opt for bamboo furniture for its beauty, reliability, and sustainability. Choosing bamboo furniture helps reduce the demand for traditional wood furniture and offers a natural and eco-friendly alternative that aligns with the principles of green living.
Green homes promote organic food cultivation using seeds of the most recommended vegetables and fruits based on soil testing. This reduces the environmental impact of conventional farming practices, supports biodiversity, and avoids the potential health risks associated with chemical residues in food.
Green homes constantly explore innovations that promote healthy and natural living. This may include advanced insulation materials that enhance energy efficiency, innovative water-saving technologies, intelligent home systems that optimize resource usage, and eco-friendly building materials. These new innovations aim to minimise the home's environmental impact further, improve occupant well-being, and contribute to a sustainable future.
Greenhouse construction combines sustainable living and efficient building practices, focusing on speedy construction. Unlike traditional methods that typically take around months to complete a 2000-square-foot house, greenhouse construction can do it in 6 months.
This accelerated construction is made possible by utilizing prefabricated and modular components.
These components, including wall panels, floor systems, and roof trusses, are manufactured off-site under controlled conditions. Doing so minimizes construction time on-site as these prefabricated elements can be quickly assembled, reducing labor requirements and associated costs.
Innovative technologies such as 3D printing and modular construction are frequently employed in greenhouse construction.
These approaches significantly reduce the time and effort required for traditional construction tasks. 3D printing enables rapid production of building components, while modular construction involves assembling pre-built modules, allowing for faster construction and reduced on-site work.
By combining these efficient practices, greenhouse construction reduces the construction timeline without compromising quality or sustainability.
In conclusion, greenhouse construction offers an appealing solution for those seeking speedy construction without sacrificing sustainability.
Using prefabricated components, advanced building systems, and innovative technologies, greenhouses can be built in a shorter timeframe than traditional methods. This allows homeowners to enjoy their eco-friendly homes sooner and contributes to a more efficient and sustainable construction industry.
Green homes offer both environmental benefits and significant advantages in terms of resale value. Studies have shown that green homes have higher resale values than conventional homes.
This is due to homebuyers’ increasing demand for sustainable and energy-efficient properties.
The World Health Organization (WHO) and the countries participating in the G20 Summit have recognized the urgent need for collective action to address climate change and its impact on global health. As a specialized agency of the United Nations, the WHO plays a crucial role in advocating for climate action and fostering cooperation among member states.
Climate change and sustainable development are prominent topics on the agenda of G20 Summits. The G20 countries, representing the world’s major economies, engage in dialogues and negotiations to promote climate action, reduce greenhouse gas emissions, and transition to low-carbon economies. They have set targets and commitments under the Paris Agreement and recognized the importance of international cooperation in addressing climate change.
The WHO supports countries in integrating health considerations into their climate change policies and strategies. It provides technical guidance, capacity building, and knowledge sharing to assist governments in identifying and implementing climate-resilient health interventions. The WHO also advocates for policies that promote sustainable development, clean energy, and environmentally friendly practices to protect public health.
The mutual agreement between the WHO and G20 Summit countries highlights the recognition that climate change is a global health issue requiring collective action. Through collaboration, they aim to strengthen health systems, enhance resilience, and reduce vulnerability to the health impacts of climate change. This partnership is crucial for achieving the goals of the Paris Agreement and safeguarding the health and well-being of populations worldwide.
