Articles on environmental protection
Business process automation is a strategy that businesses use to reduce costs and improve productivity by using software tools to automate manual business processes. It involves integrating various applications, rearranging resources and using software applications to improve the productivity of the entire organization.
On a daily basis, different types of businesses need to perform complex, labour-intensive tasks. With business process automation, the goal is to reduce the time spent on manual tasks, reduce costs & errors, and ultimately improve efficiency. One by-product of successful business process automation efforts is a reduction in paper usage.
Governments around the world are encouraging people to factor the environment into their everyday lives and purchases. The aim of this focus on environmental sustainability is the reduction of our environmental footprint.
The Ecological Footprint of an area is a measurement of how much land it takes to support one person in each country. The sustainable average is 2.2 hectares per person and according to Wikipedia, Nigeria’s ecological footprint/person is 1.16. This shows that Nigeria’s level of consumption is insufficient to it needs and this is because many Nigerians continue to burn fossil fuels in large quantities for energy by adding extra carbon CO2 to the atmosphere. The consequence of using of fossil fuels is worsened by deforestation over the years.
The concept of recycling has been around for a long time, and with the increase in awareness about environmental pollution and global warming due to poor waste management, the benefits of recycling have become more apparent, and the act of recycling is almost a moral responsibility.
Recycling not only reduces the amount of trash that ends up in landfills, it prevents excess use of natural resources and energy, and reduces greenhouse gas emissions too. Here are a few interesting facts about recycling that you may not have known before;
In the world that we live in today, the growing demand for finished goods and the resultant increase in industrial activity means that there is a steady increase in the amount of waste that we generate daily. According to the World Bank, 3.5 million tonnes of waste were generated per day in 2010, and it is estimated that the figure will increase to more than 6 million tonnes per day by 2025.
Unfortunately, we do not extract as much value from waste as is possible, and the bulk of waste in many countries ends up deposited in landfills or being disposed wrongly, leading to pollution.
When we consider the various components of solid waste and the potential uses of waste, it becomes a huge source of untapped value.
We will use Sweden as an example of how to extract value from waste.
It is no longer news that states, corporate entities and individuals are currently faced with harsh economic realities and are seeking effective innovate ways to increase profitability and diversify their economies, businesses and income respectively. New and existing businesses have now discovered that diversifying into waste management has not only ensure business continuity, job creations, protect the citizens from health and environmental hazards associated with waste disposal but also help conserve energy and much needed resources.
According to Columbia University Earth Institute, 2 out of 10 people in the world do not have access to safe drinking water, and many countries around the world face water shortages and droughts.
As Robert Glennon reports in his book, ‘Unquenchable: America’s Water Crisis and What to Do About It’, Americans use 24 gallons of water each day to flush their toilets—approximately 5.8 billion gallons.
The above statistics expose two key facts; while there is a high level of wastage in some parts of the world, other parts of the world still suffer from a lack of access to safe drinking water.
Looking at a tree, you might have a difficult time visualizing how something so tall and strong could be turned into something as thin and weak as a sheet of paper. Different physical and chemical processes are involved to get the desired thickness of papers we use for our day to day activities.
Trees are very important to our ecosystem and environment as they beautify our surroundings, reduce pollution, lower energy costs, prevent erosion and increase the value of our lives and properties. One other very important use of trees is the production of paper. Worldwide, it is estimated that over 400 million metric tons of paper is produced annually.
Drainage systems are constructed to ensure that waste water and sewage is transported neatly to disposal points, thereby keeping the environment well drained and free of waste. Examples of components that make up a good drainage system includes; closed ditches having pipe drains, drainage pipes, channels and conduits.
Sustainable Drainage Systems are approaches put in place to manage the water quantity (flooding), water quality (pollution) and amenity issues in the environment. Sustainable drainage is a concept that includes long term environmental and social factors in decisions about drainage.
Reduce, Reuse, Recycle – these three words are important to the survival of human life and the planet as a whole and cannot be over emphasized.
The term pollution refers primarily to the contamination of air, water and land by waste. In recent years, this global pandemic has approached crisis proportions throughout the world.
How Bad Is It Right Now?
The world has been running almost entirely on fossil fuels for the past 40 years. It is estimated that fossil fuels currently supply over 80% of the worlds energy needs and will continue to do so for decades to come.…