EcoMod: A Scalable, Modular, and Sustainable Point of Sale Display System for Global Retail, 2024
EcoMod is an innovative, scalable, and modular point of sale
(POS) display system designed to rev... more EcoMod is an innovative, scalable, and modular point of sale
(POS) display system designed to revolutionize in-store marketing for Genomma Lab.
This system leverages a sustainable approach, addressing the inefficiencies and high
costs typically associated with conventional retail displays by creating a standardized,
reconfigurable solution that can be adapted across different products, trade channels,
and geographic regions.
The primary objective of EcoMod is to reduce material waste, minimize production costs,
and enhance flexibility in design while ensuring maximum consumer engagement
through visually appealing displays that maintain strong "stopping power." Our modular
design features standardized "blocks" that can be easily assembled, disassembled, and
reconfigured based on the specific needs of each retail setting, whether for end caps,
floor stands, sidekicks, shelf trays, or counter displays.
EcoMod focuses on a single base material—recycled, biodegradable, or renewable
materials like bamboo fiberboard or 100% post-consumer recycled plastic. This decision
is key to creating a more sustainable production and lifecycle model for POS displays.
The design is cost-effective, reduces environmental impact, and can be mass-produced
to meet Genomma Lab’s high-quantity needs. Our approach aligns with circular economy
principles by promoting the reusability of POS materials across multiple campaigns,
reducing the number of displays that end up in landfills.
Uploads
Papers by Pinku Kumar
(POS) display system designed to revolutionize in-store marketing for Genomma Lab.
This system leverages a sustainable approach, addressing the inefficiencies and high
costs typically associated with conventional retail displays by creating a standardized,
reconfigurable solution that can be adapted across different products, trade channels,
and geographic regions.
The primary objective of EcoMod is to reduce material waste, minimize production costs,
and enhance flexibility in design while ensuring maximum consumer engagement
through visually appealing displays that maintain strong "stopping power." Our modular
design features standardized "blocks" that can be easily assembled, disassembled, and
reconfigured based on the specific needs of each retail setting, whether for end caps,
floor stands, sidekicks, shelf trays, or counter displays.
EcoMod focuses on a single base material—recycled, biodegradable, or renewable
materials like bamboo fiberboard or 100% post-consumer recycled plastic. This decision
is key to creating a more sustainable production and lifecycle model for POS displays.
The design is cost-effective, reduces environmental impact, and can be mass-produced
to meet Genomma Lab’s high-quantity needs. Our approach aligns with circular economy
principles by promoting the reusability of POS materials across multiple campaigns,
reducing the number of displays that end up in landfills.
process that integrates nano-engineered adsorbent materials with an electrochemical
hybrid purification system. The proposed adsorbent offers high selectivity for lithium
ions in high-salinity brines while eliminating divalent and monovalent impurities in a
single step. The electrochemical system further concentrates the lithium-rich solution,
enabling direct crystallization into battery-grade lithium carbonate or lithium hydroxide
without the need for extensive downstream purification. By optimizing adsorption
efficiency and combining it with an energy-efficient electrochemical stage, the process
aims to reduce the cost of production to below $10,000 per ton of Lithium Carbonate
Equivalent (LCE) while maintaining the required purity level of 99.5% or higher.
optimize grid operations, focusing on renewable integration, load forecasting,
cybersecurity, and incident management. The system leverages machine learning, large
language models (LLMs), and computer vision to create a multi-phase AI-based platform
that anticipates challenges, mitigates risks, and enhances grid stability. By combining
predictive analytics, real-time data monitoring, and adaptive algorithms, the proposed
solution enables dynamic load balancing, predictive maintenance, and cybersecurity
resilience across MISO’s grid.
Our Solar-Powered Irrigation System with Integrated Water Conservation is designed to address the growing challenges of water scarcity, energy costs, and environmental impact in agriculture. By utilizing solar energy and precision irrigation techniques, this system optimizes water usage, reduces reliance on fossil fuels, and minimizes greenhouse gas emissions.
Key features include:
High-efficiency solar panels that power irrigation pumps, supported by an integrated battery energy storage system for continuous operation.
Precision irrigation techniques, such as drip irrigation and soil moisture sensors, to reduce water waste and enhance crop yield.
Water conservation measures, including rainwater harvesting and the reuse of treated wastewater, to minimize dependence on freshwater sources.
This system offers a sustainable, scalable, and cost-effective solution for farmers, particularly in regions like Northeast Syria, where water resources and energy are limited. It addresses the critical need for efficient irrigation and energy solutions in agriculture while promoting environmental stewardship and long-term sustainability
(POS) display system designed to revolutionize in-store marketing for Genomma Lab.
This system leverages a sustainable approach, addressing the inefficiencies and high
costs typically associated with conventional retail displays by creating a standardized,
reconfigurable solution that can be adapted across different products, trade channels,
and geographic regions.
The primary objective of EcoMod is to reduce material waste, minimize production costs,
and enhance flexibility in design while ensuring maximum consumer engagement
through visually appealing displays that maintain strong "stopping power." Our modular
design features standardized "blocks" that can be easily assembled, disassembled, and
reconfigured based on the specific needs of each retail setting, whether for end caps,
floor stands, sidekicks, shelf trays, or counter displays.
EcoMod focuses on a single base material—recycled, biodegradable, or renewable
materials like bamboo fiberboard or 100% post-consumer recycled plastic. This decision
is key to creating a more sustainable production and lifecycle model for POS displays.
The design is cost-effective, reduces environmental impact, and can be mass-produced
to meet Genomma Lab’s high-quantity needs. Our approach aligns with circular economy
principles by promoting the reusability of POS materials across multiple campaigns,
reducing the number of displays that end up in landfills.
process that integrates nano-engineered adsorbent materials with an electrochemical
hybrid purification system. The proposed adsorbent offers high selectivity for lithium
ions in high-salinity brines while eliminating divalent and monovalent impurities in a
single step. The electrochemical system further concentrates the lithium-rich solution,
enabling direct crystallization into battery-grade lithium carbonate or lithium hydroxide
without the need for extensive downstream purification. By optimizing adsorption
efficiency and combining it with an energy-efficient electrochemical stage, the process
aims to reduce the cost of production to below $10,000 per ton of Lithium Carbonate
Equivalent (LCE) while maintaining the required purity level of 99.5% or higher.
optimize grid operations, focusing on renewable integration, load forecasting,
cybersecurity, and incident management. The system leverages machine learning, large
language models (LLMs), and computer vision to create a multi-phase AI-based platform
that anticipates challenges, mitigates risks, and enhances grid stability. By combining
predictive analytics, real-time data monitoring, and adaptive algorithms, the proposed
solution enables dynamic load balancing, predictive maintenance, and cybersecurity
resilience across MISO’s grid.
Our Solar-Powered Irrigation System with Integrated Water Conservation is designed to address the growing challenges of water scarcity, energy costs, and environmental impact in agriculture. By utilizing solar energy and precision irrigation techniques, this system optimizes water usage, reduces reliance on fossil fuels, and minimizes greenhouse gas emissions.
Key features include:
High-efficiency solar panels that power irrigation pumps, supported by an integrated battery energy storage system for continuous operation.
Precision irrigation techniques, such as drip irrigation and soil moisture sensors, to reduce water waste and enhance crop yield.
Water conservation measures, including rainwater harvesting and the reuse of treated wastewater, to minimize dependence on freshwater sources.
This system offers a sustainable, scalable, and cost-effective solution for farmers, particularly in regions like Northeast Syria, where water resources and energy are limited. It addresses the critical need for efficient irrigation and energy solutions in agriculture while promoting environmental stewardship and long-term sustainability