Parjana Engineering is a company that specializes in groundwater management solutions. Their patented technology, the Energy-Passive Groundwater Recharge (EPGR) system, is designed to help manage groundwater management resources more efficiently and sustainably.
2. GROUNDWATER MANAGEMENT
THE IMPORTANCE OF
Groundwater is an essential resource that
provides drinking water for millions of people
worldwide. However, due to overuse and
pollution, this valuable resource is becoming
increasingly scarce.
Proper groundwater management is crucial to
ensure its sustainability for future generations.
Without effective management, we risk depleting
this vital resource and causing irreparable
damage to our ecosystems and communities.
3. TRADITIONAL METHODS
CHALLENGES OF
Traditional groundwater management methods, such
as retention ponds and infiltration trenches, have
limitations that can make them ineffective in
managing groundwater.
Another challenge with traditional methods is that
they can be expensive to maintain. Retention ponds
require regular dredging to remove sediment buildup,
while infiltration trenches may need to be cleaned out
periodically to prevent clogging. These maintenance
costs can add up over time and may make traditional
methods less cost-effective than newer technologies
4. ENGINEERING WORKS
HOW PARJANA
Parjana Engineering's technology, known as the
Energy-Passive Groundwater Recharge (EPGR)
system, is a revolutionary approach to managing
groundwater. The EPGR system consists of vertical
channels that are installed deep into the ground.
When it rains, the water is collected in the channels
and slowly seeps into the ground, recharging the
groundwater supply. The EPGR system is energy-
passive, meaning it requires no external power source
to operate. It also has a small physical footprint,
making it ideal for urban areas where space is limited.
5. ENGINEERING'S SOLUTIONS
BENEFITS OF PARJANA
Parjana Engineering's solutions offer numerous
benefits for groundwater management. Firstly, their
technology is highly effective at increasing infiltration
rates and reducing runoff. This means that more
water can be absorbed into the ground, replenishing
aquifers and helping to prevent flooding.
When it rains, the water is collected in the channels
and slowly seeps into the ground, recharging the
groundwater supply. The EPGR system is energy-
passive, meaning it requires no external power source
to operate. It also has a small physical footprint,
making it ideal for urban areas where space is limited.