A thin ETFE film, F-CLEAN® Greenhouse Film is the preferred covering material for horticultural greenhouses as it lets in more light than glass, PE film, polycarbonate and PMMA sheets. By allowing maximum UV light transmission, F-CLEAN ensures earlier harvest of better quality fruit and vegetables and more colorful flowers. More on F-CLEAN here: http://ow.ly/mUJHS.
EcoZenith USA is an advanced biomaterials company focused on sustainable solutions for the plastics and chemicals industries. The Company is developing and commercializing PBC (Poly Bio Ceramic), a high-performance biopolymers targeted at applications for improve performance and/or reduce cost in other material systems such as PVC, PLA, etc. We’d spent over 8 years in research & development, utilizing one of nature’s abundant resources, Calcium Carbonate (CaCo3). It has a unique characteristic far beyond PLA based bio-plastic out there. 100% non-toxic, microwavable, heat resistance up to 300 F, 100% bio-degradable, also negative ion helps preserve better and longer time
FACELI: II Simpósio sobre Violência contra a Mulher - A Contribuição da equi...Jordano Santos Cerqueira
O documento discute a violência contra a mulher e o papel da equipe multidisciplinar nas Varas da Violência Doméstica. Apresenta dados sobre violência doméstica no Brasil e no Espírito Santo. Também descreve a atuação das Centrais de Apoio Multidisciplinar e dos profissionais de serviço social e psicologia nesses casos.
A thin ETFE film, F-CLEAN® Greenhouse Film is the preferred covering material for horticultural greenhouses as it lets in more light than glass, PE film, polycarbonate and PMMA sheets. By allowing maximum UV light transmission, F-CLEAN ensures earlier harvest of better quality fruit and vegetables and more colorful flowers. More on F-CLEAN here: http://ow.ly/mUJHS.
EcoZenith USA is an advanced biomaterials company focused on sustainable solutions for the plastics and chemicals industries. The Company is developing and commercializing PBC (Poly Bio Ceramic), a high-performance biopolymers targeted at applications for improve performance and/or reduce cost in other material systems such as PVC, PLA, etc. We’d spent over 8 years in research & development, utilizing one of nature’s abundant resources, Calcium Carbonate (CaCo3). It has a unique characteristic far beyond PLA based bio-plastic out there. 100% non-toxic, microwavable, heat resistance up to 300 F, 100% bio-degradable, also negative ion helps preserve better and longer time
FACELI: II Simpósio sobre Violência contra a Mulher - A Contribuição da equi...Jordano Santos Cerqueira
O documento discute a violência contra a mulher e o papel da equipe multidisciplinar nas Varas da Violência Doméstica. Apresenta dados sobre violência doméstica no Brasil e no Espírito Santo. Também descreve a atuação das Centrais de Apoio Multidisciplinar e dos profissionais de serviço social e psicologia nesses casos.
FACELI: II Simpósio sobre Violência contra a Mulher - Aspectos Gerais da Viol...Jordano Santos Cerqueira
O documento discute a violência doméstica contra as mulheres no Brasil, abordando sua invisibilidade histórica, o mandato constitucional para sua criminalização, a Lei Maria da Penha e medidas protetivas. A violência doméstica causa enorme sofrimento e compromete o desenvolvimento das mulheres e da sociedade.
Este documento descreve as principais etapas de uma pesquisa, incluindo:
1) Definição do tema, problema e objetivos;
2) Revisão da literatura para embasar o estudo com conhecimentos prévios;
3) Desenvolvimento do método, com escolha do tipo de pesquisa e abordagem metodológica.
Este documento presenta un resumen de la tesis de maestría de Edwin Barbosa Duarte titulada "Gerencia de proyectos en tecnología educativa". El documento incluye una bibliografía de tres fuentes relacionadas con la gerencia de proyectos y la investigación y desarrollo. La tesis analiza el rol del gerente de proyectos en proyectos de tecnología educativa.
This document discusses different organ types of insects including legs, antennae, wings, and mouthparts. It provides examples of grasping legs on praying mantids, pollen carrying legs on honey bees, lamellate, serrate, and clavate antennae on beetles and butterflies, plumose and pilose antennae on male and female mosquitoes, pectinate antennae on caterpillars, and capitate antennae on water beetles. Examples of wings, mouthparts, and legs are also given for houseflies, mosquitoes, weevils, honey bees, grasshoppers, and mole crickets.
This is the presentation given to new students to have them understand what the Martin Trust Center for MIT Entrepreneurship is and what makes it so awesome. Lots of info coupled with some humor. September 2014
Science Cabaret by Dr. Rodney Dietert "How to train your super organism..via ...Kitty Gifford
This document summarizes a presentation by Rodney Dietert on training the human-microbial superorganism. It discusses how Dietert found his superorganism through research linking the microbiome to health and disease. He learned that humans are majority microbial and the microbiome helps produce our identity through volatile compounds. Microbial dysbiosis can lead to inflammation and disease. Dietert trained his own superorganism after years of antibiotics by adjusting his microbiome and diet. He provides three takeaway points on the importance of microbiome seeding at birth, co-maturation of the immune and microbial systems, and basing safety assessments on the human superorganism.
Application of Biotechnology in different fieldsVinod Kumar
This document provides an overview of the application of biotechnology in different fields including food, medical, agriculture, and environmental biotechnology. Some key points:
- Food biotechnology is used to genetically modify plants and animals for improved production, shelf life, nutrient composition, and drug delivery. Examples given are tomatoes with longer shelf life and golden rice engineered to produce vitamin A.
- Medical biotechnology aims to prolong life through technologies like monoclonal antibodies to treat cancer, bioprocessing insulin from bacteria, stem cells for tissue regeneration, and tissue engineering of organs.
- Agriculture biotechnology is applied through plant tissue culture to develop transgenic crops with desired traits like pest and stress resistance.
- Environmental biotechnology addresses
1) Plants need sunlight, water, air, and soil to grow. They take in water and nutrients through their roots and transport them throughout the plant.
2) Plants have different parts including flowers, leaves, roots, and stems. They produce fruits and vegetables that humans can eat such as apples, carrots, celery, and lettuce.
3) Plants are living things that grow, reproduce through seeds, and eventually die. Common plants include trees, bushes, and grass.
This document outlines Bill Aulet's presentation on improving entrepreneurship education. It discusses defining entrepreneurship, assessing student needs through personas, and designing a comprehensive curriculum with modular "tiles" addressing each persona's needs. The goal is to make entrepreneurship education more rigorous, practical, and tailored through open-source sharing of best practices. This will help address the increasing demand for high-quality entrepreneurship training.
The document discusses designing teams and processes to adapt to changing needs. It recommends structuring teams so members can work within their competencies and across projects fluidly with clear roles and expectations. The design process should support the team and their work, and be flexible enough to change with team, organization, and project needs. An effective team culture builds an environment where members feel free to be themselves, voice opinions, and feel supported.
Agricultural film plays a critical role in raising agricultural productivity. Almost 550,000 tonnes of agricultural film were consumed in Europe in 2011, with silage film accounting for over half of total usage. While demand for agricultural film in tonnage terms is expected to remain stable, some countries like Poland and Central/Eastern Europe may see appreciable growth. Innovation in agricultural film focuses on developing more durable films that extend the growing season and increase yields.
FACELI: II Simpósio sobre Violência contra a Mulher - Aspectos Gerais da Viol...Jordano Santos Cerqueira
O documento discute a violência doméstica contra as mulheres no Brasil, abordando sua invisibilidade histórica, o mandato constitucional para sua criminalização, a Lei Maria da Penha e medidas protetivas. A violência doméstica causa enorme sofrimento e compromete o desenvolvimento das mulheres e da sociedade.
Este documento descreve as principais etapas de uma pesquisa, incluindo:
1) Definição do tema, problema e objetivos;
2) Revisão da literatura para embasar o estudo com conhecimentos prévios;
3) Desenvolvimento do método, com escolha do tipo de pesquisa e abordagem metodológica.
Este documento presenta un resumen de la tesis de maestría de Edwin Barbosa Duarte titulada "Gerencia de proyectos en tecnología educativa". El documento incluye una bibliografía de tres fuentes relacionadas con la gerencia de proyectos y la investigación y desarrollo. La tesis analiza el rol del gerente de proyectos en proyectos de tecnología educativa.
This document discusses different organ types of insects including legs, antennae, wings, and mouthparts. It provides examples of grasping legs on praying mantids, pollen carrying legs on honey bees, lamellate, serrate, and clavate antennae on beetles and butterflies, plumose and pilose antennae on male and female mosquitoes, pectinate antennae on caterpillars, and capitate antennae on water beetles. Examples of wings, mouthparts, and legs are also given for houseflies, mosquitoes, weevils, honey bees, grasshoppers, and mole crickets.
This is the presentation given to new students to have them understand what the Martin Trust Center for MIT Entrepreneurship is and what makes it so awesome. Lots of info coupled with some humor. September 2014
Science Cabaret by Dr. Rodney Dietert "How to train your super organism..via ...Kitty Gifford
This document summarizes a presentation by Rodney Dietert on training the human-microbial superorganism. It discusses how Dietert found his superorganism through research linking the microbiome to health and disease. He learned that humans are majority microbial and the microbiome helps produce our identity through volatile compounds. Microbial dysbiosis can lead to inflammation and disease. Dietert trained his own superorganism after years of antibiotics by adjusting his microbiome and diet. He provides three takeaway points on the importance of microbiome seeding at birth, co-maturation of the immune and microbial systems, and basing safety assessments on the human superorganism.
Application of Biotechnology in different fieldsVinod Kumar
This document provides an overview of the application of biotechnology in different fields including food, medical, agriculture, and environmental biotechnology. Some key points:
- Food biotechnology is used to genetically modify plants and animals for improved production, shelf life, nutrient composition, and drug delivery. Examples given are tomatoes with longer shelf life and golden rice engineered to produce vitamin A.
- Medical biotechnology aims to prolong life through technologies like monoclonal antibodies to treat cancer, bioprocessing insulin from bacteria, stem cells for tissue regeneration, and tissue engineering of organs.
- Agriculture biotechnology is applied through plant tissue culture to develop transgenic crops with desired traits like pest and stress resistance.
- Environmental biotechnology addresses
1) Plants need sunlight, water, air, and soil to grow. They take in water and nutrients through their roots and transport them throughout the plant.
2) Plants have different parts including flowers, leaves, roots, and stems. They produce fruits and vegetables that humans can eat such as apples, carrots, celery, and lettuce.
3) Plants are living things that grow, reproduce through seeds, and eventually die. Common plants include trees, bushes, and grass.
This document outlines Bill Aulet's presentation on improving entrepreneurship education. It discusses defining entrepreneurship, assessing student needs through personas, and designing a comprehensive curriculum with modular "tiles" addressing each persona's needs. The goal is to make entrepreneurship education more rigorous, practical, and tailored through open-source sharing of best practices. This will help address the increasing demand for high-quality entrepreneurship training.
The document discusses designing teams and processes to adapt to changing needs. It recommends structuring teams so members can work within their competencies and across projects fluidly with clear roles and expectations. The design process should support the team and their work, and be flexible enough to change with team, organization, and project needs. An effective team culture builds an environment where members feel free to be themselves, voice opinions, and feel supported.
Agricultural film plays a critical role in raising agricultural productivity. Almost 550,000 tonnes of agricultural film were consumed in Europe in 2011, with silage film accounting for over half of total usage. While demand for agricultural film in tonnage terms is expected to remain stable, some countries like Poland and Central/Eastern Europe may see appreciable growth. Innovation in agricultural film focuses on developing more durable films that extend the growing season and increase yields.
The document is the June/July 2011 issue of Film & Sheet Extrusion magazine. It includes the following articles:
- An article about growing global demand for pallet stretch film and Asia leading the growth.
- An article on how biaxial orientation is commonly used with polypropylene but can also benefit other polymers.
- An article discussing how rapidly cooling polyolefin film can produce high clarity opening new applications.
The issue also includes various industry news briefs on topics like the European Commission considering a plastic bag ban in Europe, companies expanding production capacities, and a trial by Dow showing the benefits of energy recovery from recycled plastic film.
5. 2.4 생분해성 멀칭 ( BDP mulch film) 의 장단점
film)의
1) 장점
일손, 비용절감(회수비용, 폐기비용)
① 일손, 비용절감( 회수비용, 폐기비용)
② 환경문제
③ 뿌리 썪음병 방지
2) 단점
① 초기비용부담
② 분해속도 불일정
불가(6개월)
③ 재고보관 불가(6개월)
(6개월
④ 사용 후 로터리작업을 3~ 4회 반복
4회
6. 3. 경제성 분석
관행멀칭(LLDPE)
관행멀칭(LLDPE) 생분해성멀칭 비고
규격 0.015 x 120cm x 2,500m 0.015 x 120cm x2,500m
구입가격 130,000원 675,000원 5배 가격
제거인건비 3인x45,000원=135,000원
폐기물부담금 6,210원
운송처리비 100,000원
합계 371,210원
371,210원 675,000원 1.8배
675,000원 1.8배
면적 : 3,135m2 (950평) 충북 제천 2010년 )
7. 4. 개발 키워드
4.1 과연 완벽하게 생분해되는가? (Base Resin) 100%분해됨.
생분해되는가? 100%분해됨.
분해됨
(Polybutylene- co-
PBAT (Polybutylene- co- adipate terephthalate) : BASF
PBS (Polybutylene succinate) : MITSUBISHI
4.2 분해되어 토양 속에 축적되는 무해한 물질은 없는가?
없는가?
물(H2O) & 이산화탄소(CO2)
4.3 사용환경에 따라 생분해 속도를 조절할 수 있는가?
있는가?
PBAT + PBS + STARCH(또는 RICE POWDER) + Carbon black (배합비에 따라조절)
작용?( 수확량, 저하)
4.4 농작물 생장에 불리하게 작용?( 수확량, 생산속도 저하)
농작물의 생장 속도 및 수확량에 영향을 끼치지 않음
8. 컨소시엄)
5. 개발 추진 체계 (컨소시엄)
RDA
( 농촌진흥청)
원료제공
BASF( ) /
일 菱三 독
일 菱三 독
일 菱三 독
일 菱三 독 ( ) 필름가공업체
컴파운드업체 ( 일신화학)
( 그린케미칼) Distributor
BASF / 농민
BDP resin producer
Project initiator/ Coordinator
Technical consultant Ihlshin Chemical
Mulch film producer Rural Development Administration
Technique for film Evaluation for rice cultivation
Green Chemical Marketing to Farmer/ Asso. Release at Conference/ Seminar
Technique for BDP compounder Lobbying to Government Proposal to Government
Experience for BDP mulch film Distributor/ Farmer
Starch/ rice/ Ecoflex/ Colorants` Evaluation for other crops
9. 6. 개발 내용
6.1 생분해성 수지와 일반 수지의 비교
식물 유래
전분 배합 계
PLA PBS
ISP 바이오PE
바이오PE 유산)
(POLY유산)
(POLY유산 (biomass)
비
생
생
분
분 PP PE
바이오매스화예정 해
해
종래의 석유 유래
PBAT PBS
PS PVC
석유 유래