�~���������ޏ�(f��)���g(sh��)����˾MicroGen Biotech Limited
�~���������ޏ�(f��)���g(sh��)����˾���ɐ۠��m���������c�۠��m���_�����W(xu��)Ժ���֧�ֵ�һ���A�˄�(chu��ng)���������ޏ�(f��)���¼��g(sh��)��I(y��),�� ��˾���аl(f��)�C(j��)��(g��u)�O(sh��)���ڐ۠��m���аl(f��)�F(tu��n)�(du��)�����в�ʿ�W(xu��)λ,���҂��ĈF(tu��n)�(du��)�ڑ�(y��ng)�È����ض������������ֲ���ޏ�(f��)�h(hu��n)����Ⱦ���I(l��ng)�����25�����ϵ���ȵČW(xu��)�g(sh��)�о��c�F(xi��n)����(y��ng)�õĽ�(j��ng)�(y��n),�� �҂��ѽ�(j��ng)ʹ���҂��ļ��g(sh��)�c�a(ch��n)Ʒ�ޏ�(f��)�ˎ�ʮ�f�����ж����W(xu��)Ʒ��Ⱦ��������ͬ�r,���҂��ĈF(tu��n)�(du��)����ɚW�˿�ܵĹ����(xi��ng)Ŀ��FP5��F(xi��n)P6�����c��������ĺ������ɹ����ޏ�(f��)�˴��͵ı�����(li��n)��,���ؽ��٣���ϵ��,��������ϩ,����ʯ�͟N�Ͷ�h(hu��n)���N����Ⱦ��������ˮ�w���҂������ڰч�������M(j��n)�������ޏ�(f��)���g(sh��)�c�a(ch��n)Ʒ��(y��ng)�õ�����(n��i)�������ޏ�(f��)�I(l��ng)��,��ͬ�r�҂��\�Č������(n��i)�h(hu��n)����I(y��)������ͬ�_�l(f��)����(n��i)���H�Ј�,���~���������ޏ�(f��)���g(sh��)����˾ (MicroGen Biotech Limited)���҂��ć���(n��i)��͑��ṩ�����ޏ�(f��)����Ⱦ�������cˮ�w�ijɱ�Ч��ߡ���Ⱦ�����خ���ᘌ������������ - ֲ��ȿɳ��m(x��)�ԭh(hu��n)���Ѻõ�����a(ch��n)Ʒ,�����g(sh��)�c���̷���,��
Our company provide cost-effective, site-specific microbe and microbe-plant products and technologies for the bioremediation of contaminated soil and water.
�ҹ�˾����Ҫ�a(ch��n)Ʒ�Ǹ�Ч����a(ch��n)Ʒϵ��,����ϵ�Юa(ch��n)Ʒ�������ޏ�(f��)��ʯ��,����h(hu��n)���N,������(li��n)��,���]�l(f��)���ЙC(j��)��VOC,����������N,���r(n��ng)ˎ��������ϩTCE����Ⱦ��������ˮ�w,��ͬ�r�ҹ�˾�ĈF(tu��n)�(du��)�ɆT��(j��ng)�^25�����ϵĿ��й���,����(chu��ng)�������(xi��ng)���H�I(l��ng)�ȵ�ƽ�_���g(sh��)���������B(t��i)�������TM ���g(sh��),�������ض���ᘌ��Ե�ֲ��-ֲ���(n��i)�����ޏ�(f��)���g(sh��),��ֲ�������ޏ�(f��)�c������Դ��һ�w�������ޏ�(f��)���g(sh��)��
Our microbial products can be applied to remediate Petrochemicals (TPHs), PAHs, PCBs, VOC, TCE and nitoaromatics from contaminated soil and water. Through over 25 years R&D, we��ve also developed three platform technologies. These include biopile technology, Plant-Endophyte site-specific bioremediation technology and phytoremediation-biofuel production technology.
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�ҹ�˾�����ض�������a(ch��n)Ʒϵ���m�����ޏ�(f��)ʯ��,����h(hu��n)���N,������(li��n)��,���]�l(f��)���ЙC(j��)��VOC,����������N���r(n��ng)ˎ,��������ϩTCE����Ⱦ��������ˮ�w���ҹ�˾���и�ͨ���h�x��ƽ�_�O(sh��)���c���g(sh��),���ɸ�ЧѸ�ٵ؏���Ⱦ�h(hu��n)���Єh�x��Ȼ���и�Чᘌ��Ե�����,�����a(ch��n)�ض�������a(ch��n)Ʒ��������������Ⱦ�Ĉ��أ���˾ͬ�r���ж�N���ڽ�����N��Ⱦ��ďV�V��Ч�����Ƅ�,��ͬ�r,���ҹ�˾�F(tu��n)�(du��)��(j��ng)�^20�����������W(xu��)���g(sh��)��(g��u)����Ⱦ�オ����N���аl(f��)���ј�(g��u)�ˎN���̾�,���@Щ���̾����и�Ч�V�V��,��We provide site-specific natural microbial products for the bioremediation of Petrochemicals (TPHs), PAHs, PCBs, VOC, TCE and nitoaromatics etc. from contaminated soil and water. We have high-throughput screening technologies and equipment which can be applied to isolate and screen high-efficient pollutant degrading microbes. These microbes blend can then be applied to clean up the contaminated sites; We also have many on-shelf microbial products to treat contaminated sites.
�a(ch��n)Ʒ��(y��u)�� Products USPs
1. �خ�ᘌ��� Site specific
���ñ��صĽ���������NȺ����������Դ�Ծ��N,����ʹ��Ⱦ�c(di��n)����߅�^(q��)��δ�������B(t��i)��ʎΣ�U���͵���С�����ҽ�������Ӹ�Ч,��Pollutant degrading microbes from the site�C so no site adaptation and environmental issues.
����High performance
2. ��(d��)�صľ��w����ϵ�y(t��ng)ʹ���w���и��ߵ������ʏĶ����Ӹ�Ч,��
Unique encapsulation system enables a high-survival rate and high performance of the microbes.
3. ��(ji��)�s�ɱ� Cost-effective
ÿ��1���ľ�����10�|�����(x��)����1��������ஔ(d��ng)�c25������Һ,��
Each 1mm bead contains 1 billion live bacterial cells.
4. ��ጹ��� Slow release through encapsulation
5. �����オ��İ�����Ͽ��L�r�g����ጷŴ����Ļ��w���w,�� ʹ�������Ч��
Slow release biodegradable matrix breaks down slowly in soil and water releasing high cell numbers over an extended period of time. This results in efficient pollutant degradation.
6. ��(sh��)���� In situ-ex situ application
����Ĵ�С���{(di��o)��,�����m����ԭλ����λ������,�����wˮ�c����ˮ���ޏ�(f��),��Variable bead size with unique capacities for in situ, ex-situ, surface or ground water application.
7. �h(hu��n)���Ѻ���Environmental friendly
�҂��Įa(ch��n)Ʒʹ��100���o��,��ȫ��Ȼ�IJ��ϣ�ʹ�ð�ȫ,�����ڑ�(y��ng)��,��
Our products are made from 100% non-toxic, all natural materials, safe to use and easy to handle.
�~���������ޏ�(f��)���g(sh��)����˾ƽ�_���g(sh��) MicroGen Biotech Platform Technologies
�~���������ޏ�(f��)���g(sh��)����˾�������(xi��ng)���H�I(l��ng)�ȵ�ƽ�_���g(sh��)���������B(t��i)�������TM ���g(sh��),�������ض���ᘌ��Ե�ֲ��-ֲ���(n��i)�����ޏ�(f��)���g(sh��)��ֲ�������ޏ�(f��)�c������Դ��һ�w�������ޏ�(f��)���g(sh��),�����ӿ�¡���g(sh��)��(chu��ng)����Ч�����cֲ���ޏ�(f��)���g(sh��),��MicorGen Biotech has three world-leading bioremediation platform technologies. These include EcoPileTM technology, Plant-Endophyte site-specific bioremediation technology and Phytoremedation-Biofuel Production Technology.
ƽ�_���g(sh��)1 Platform Technology 1
���B(t��i)�������TM ���g(sh��)���Gɫ�h(hu��n)����(ji��)���������ޏ�(f��)�ļ��g(sh��)�������˼��g(sh��)��һ�N��(chu��ng)�µ����ڿɳ��m(x��)���ޏ�(f��)��Ⱦ����������Ѽ��g(sh��)Passive biopile systems for sustainable remediation of contaminated soil,�� EcoPileTM. Innovative biopiling technology for sustainable remediation of contaminated soil
���B(t��i)�������TM ���g(sh��)��һ�N�����Ͷ�ܵ������ϵ�y(t��ng),��������Ȼ˥�p�����(qi��ng)�����g(sh��),��ֲ���c���H�ޏ�(f��)���cһ�w���Ľ�(j��ng)��(j��)�������ޏ�(f��)���g(sh��)���˼��g(sh��)�������ޏ�(f��)��ʯ��,����h(hu��n)���N,��VOC���r(n��ng)ˎ��Ⱦ�������� Passive multi-process biopile system, includes Natural Attenuation, Bioaugmentation, Phytoremediation and Rhizoremediation processes all in one system,��EcoPileTM can be applied to remediate TPHs, PAHs, VOCs and pesticides contaminated soils.
���g(sh��)��(y��u)�� USPs
1. �r����������B(t��i)������ѽ��ɺ�,�����ٻ�����]���\(y��n)�к;S�o(h��)�ijɱ�Inexpensive due to little or no O&M costs after EcoPile™ construction
2. ��Чȥ����Ⱦ�Ѹ�ٻ֏�(f��)��(d��ng)?sh��)����B(t��i)ϵ�y(t��ng)�����p�Đ�Ŀ Highly effective at removing organic pollutants,�� rapidly restore local eco-systems and is more ascetically pleasing
3. ���ٻa(ch��n)���B�VҺ��Ⱦ Produces little or no contaminated leachate
4. �����ж����|(zh��)�����w�����B(t��i)�h(hu��n)��Ӱ푵��L(f��ng)�U Reduces the risk of human and environmental exposure to hazardous material
5. ���B(t��i)�Ѻ��Ϳɳ��m(x��)�ԵĽ�Q����,��֧�֗�Ϣ�ػ֏�(f��)������������ Eco friendly sustainable solution which supports habitat restoration and land reuse
ƽ�_���g(sh��)2 Platform Technology 2
�����ض���ᘌ��Ե�ֲ��-ֲ���(n��i)�����ޏ�(f��)���g(sh��)Plant-Endophyte site-specific bioremediation technologies
��(n��i)������������ֲ���w��(n��i)�ļ�(x��)�� ,���о��C��(sh��)ֲ���c��(n��i)����������Ч���ޏ�(f��)��Ⱦ�ֲ��ĸ��������ЙC(j��)��Ⱦ��,��ֲ���w��(n��i)�Ľ����̓�(n��i)��������������オ���@Щ�ж���Ⱦ��Endophytes��are bacteria live inside plants. Plants and endophytes have shown huge potential in the removal of organic contaminants. Plants can absorb organic contaminants through their roots and endophytic bacteria inside and on the surface of the root degrade the contaminants.
�ҹ�˾�����ض���ᘌ��Ե�ֲ��-ֲ���(n��i)�����ޏ�(f��)ƽ�_���g(sh��)�ɑ�(y��ng)���c�ޏ�(f��)��ʯ��,����h(hu��n)���N������(li��n)��,���ؽ���,���r(n��ng)ˎ���]�l(f��)���ЙC(j��)��VOC��������ϩTCE��Ⱦ�����cˮԴ���ޏ�(f��)
���g(sh��)��(y��u)�� USPs
1. ��(n��i)�����܉���Ⱦ�ֲ��Ķ���,��ʹֲ���܉��ڸ���Ⱦ�h(hu��n)�������� Reduces the toxicity of the specific contaminant on the plants, allowing them to survive in high contamination conditions.
2. ͬ�r���Ը�Ч�Ľ���h(hu��n)���е���Ⱦ�� Degrades contaminants effectively from the polluted environment at the same time.
3. ���M(j��n)ֲ������L,���@�������@Щ�خ��ă�(n��i)�������кͱ��_(d��)���M(j��n)ֲ�����L�Ļ��� Promotes the plant growth due to expression of plant-growth promoting genes in the endophytic bacteria.
4. ���B(t��i)�ɳ��m(x��)�ĺ;��гɱ�Ч��Ļ֏�(f��)���g(sh��) Ecologically sustainable and cost-effective restoration technology.
ƽ�_���g(sh��)3 Platform Technology 3
ֲ�������ޏ�(f��)�c������Դ��һ�w�������ޏ�(f��)���g(sh��)�� �˼��g(sh��)����ʹ��������Դֲ��,�� ֲ����H��,��ֲ���(n��i)������ͬ�ޏ�(f��)����Ⱦ���������Үa(ch��n)�����н�(j��ng)��(j��)�rֵ��ֲ��������Դԭ�ϡ��˼��g(sh��)���������B(t��i)�ޏ�(f��)��ʯ��,������(li��n)��,����h(hu��n)���N���r(n��ng)ˎ����Ⱦ�����غ���}�A��,��Phytoremedation-Biofuel Production Technology
���g(sh��)��(y��u)�� USPs
1. �ͳɱ��ޏ�(f��)����Ⱦ�ĸ��� low-cost remediate contaminated sites
2. ������Դ��������a(ch��n)�c���B(t��i)ϵ�y(t��ng)�Ļ֏�(f��)ͬ�r�M(j��n)�� bioenergy crops production and eco-system restoration,��
3. �ޏ�(f��)��Ⱦ������ͬ�r���Nֲ��������Դ�a(ch��n)����(j��ng)��(j��)�rֵ biofuel provide economical value
4. �Nֲ��������Զ���ի@�a(ch��n)����(j��ng)��(j��)Ч�� once planted, the crop can be harvested multiple times over a 10-15 year period.
5. �ṩ�͘I(y��)�C(j��)�� such plantations will result in large scale-sustainable local employment in crop planting, management and harvesting etc.