Team Synergy Collaboration

Jakarta, Indonesia

  • Science / Engineering
  • Environment / Sustainability
  • Asia

Our Team

Utilization Straw Waste and Lapindo Mud Can Be Applicated Water Filter Technology

We developed a business that is on the utilization of waste rice straw and sewage sludge as a material lapindo-based water purification filtration commercialization of nano products. Water purification business base that we have developed that has a filter product differentiation by adding a connector that can be adjusted to the needs of each market segment as an example of material household water purifier + connector produces filtration faucet while the eco-tourism market segment as an example of water purification material + connector cap yield minimizing solution filtration bottle cap plastic bottle waste. The market potential in the field of household and eco tourism has enormous business potential in because of the need for clean water and drinking water in Indonesia is still in need of quality raw water sources. The data show the quality of the raw water source case study of shallow groundwater sources in brass, Jakarta has a conscious level (CaCO3) 140 mg / l (Threshold Level Sadah 85 mg / l) and e Colie bacteria (total coliform) 43 mg / l (Threshold limit bacteria Levels E Colie 0). The results of our research has been developed on nano-based water purification filter case study of shallow groundwater sources in brass, Jakarta has succeeded in reducing the level of hardness 140 mg / l to 5 mg / l, while successful in reducing the level of bacteria e Colie 43 mg / l to 0 mg / l.

Our Mission

Awina-Jenaka is a one-stop solution for all of your water needs by two technologies that utilize low or no power to produce drinking water from all water resources working together with one of the best young and vibrant R&D team from Japan and Indonesia in water filtration. Our first technology utilizes waste rice straw and sewage sludge from Sidoarjo mud as a material for water filtration. A connector can be attached with the water filter thus very ease of use in various situations. For example as a household, water purifier and connector produces filtration faucet, another is for eco-tourism market segment by combining water purification material and connector cap can be a solution to minimize bottle cap plastic bottle waste. Both markets have enormous business potential from 750 million people in the world that still need access in clean water. The data show the quality of the raw water source case study of shallow groundwater sources in Jakarta has a conscious level (CaCO3) 140 mg / l (Threshold Level Hard 85 mg / l) and e Colie bacteria (total coliform) 43 mg / l (Threshold limit bacteria Levels E Colie 0). The results of our research with nano-based water filter succeeded in reducing the level of hardness 140 mg / l to 5 mg / l, and successful in reducing the level of bacteria e Colie 43 mg / l to 0 mg / l. Our second technology is a mid scale desalination plant ranging from 50 to 500 liter an hour that uses low or no electricity power use and the first in the world by human power to produce drinking water from seawater. Our system electricity consumption is 400wh that could make 4-5 liter per minute, while other product make 4-5 liter per minute with over 800wh or more electricity. Through this advantage, the desalination equipment could utilize energy from wind and solar power. If there is no electricity than we can produce drinking water to seawater by using human power, either by hand, bicycle, etc, which is the first in the world.

Our Background

Awina-Jenaka is a one-stop solution for all of your water needs by two technologies that utilize low or no power to produce drinking water from all water resources working together with one of the best young and vibrant R&D team from Japan and Indonesia in water filtration. We are care about enviroment issue especially to develop water filtration using material from Sidoarjo mud. why ? because we want to explore our indonesia resource to be have iconic local technology. for the detail, we want tell you about our water filter technology. First, we differentiates ourselves by first trying to be a one stop solution for individual and community based water filtration solution provider. Second, we are the first in the world to develop water filtration using material from Sidoarjo mud, thus we can change the perspective of the people to consider Sidoarjo to be part of the world solution rather than a disaster, as through research we can found out various uses from the mud. Third, our solution is part of an effort to reduce waste from pet bottles, as with our filtration connected to pet bottle, we can rely only from one pet bottle to get drinking water from dirty water. Fourth, we are the first in the world that able to produce drinking water from seawater without electricity, only by manual power from human. This can greatly solve water issues especially in small islands with difficult or no access to electricity.

Utilization Straw Waste and Lapindo Mud Can Be Applicated Water Filter Technology

We developed a business that is on the utilization of waste rice straw and sewage sludge as a material lapindo-based water purification filtration commercialization of nano products. Water purification business base that we have developed that has a filter product differentiation by adding a connector that can be adjusted to the needs of each market segment as an example of material household water purifier + connector produces filtration faucet while the eco-tourism market segment as an example of water purification material + connector cap yield minimizing solution filtration bottle cap plastic bottle waste. The market potential in the field of household and eco tourism has enormous business potential in because of the need for clean water and drinking water in Indonesia is still in need of quality raw water sources. The data show the quality of the raw water source case study of shallow groundwater sources in brass, Jakarta has a conscious level (CaCO3) 140 mg / l (Threshold Level Sadah 85 mg / l) and e Colie bacteria (total coliform) 43 mg / l (Threshold limit bacteria Levels E Colie 0). The results of our research has been developed on nano-based water purification filter case study of shallow groundwater sources in brass, Jakarta has succeeded in reducing the level of hardness 140 mg / l to 5 mg / l, while successful in reducing the level of bacteria e Colie 43 mg / l to 0 mg / l.

Our Team

Our Mission

Awina-Jenaka is a one-stop solution for all of your water needs by two technologies that utilize low or no power to produce drinking water from all water resources ...Read More

Our Background

Awina-Jenaka is a one-stop solution for all of your water needs by two technologies that utilize low or no power to produce drinking water from all water resources ...Read More

The information contained here represents student project ideas developed as the result of brainstorming activities during Round 1 of the TFF Challenge. It does not represent any final business plans or commercial products.