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AN EMERGING GLOBAL CRISIS

By the year 2050, the global population is expected to reach 10 Billion

To meet this demand, we’ll need to increase our current food production by at least 70%

Otherwise, the number of people affected by hunger could surpass 1 Billion

Yet, at the same time, we urgently need to stop the irreversible decline of our planet, cut greenhouse gasses and stop using vast areas of new, uncultivated land and enormous amounts of water for agricultural use

We also have to ensure that everyone has access to not just any type of food but to affordable nutritious food, clean water, power and healthcare

These are existential challenges that need radical solutions such as Titan

Sustainable Global Food Production → at Scale


The future will be shaped by those who leverage breakthrough technologies and audacious ideas to positively affect humanity

Titan is an ignition for global change and transformation - a strategic, multi-generational response to an emerging global crisis, with the potential to elevate humanity to a more hopeful future. Its scope is vast and its potential effect on the planet and humanity could be immense, engendering a cascade of far-reaching socio-economic benefits and advancements

MISSION

Titan's mission is to transform the lives of everyone on the planet for generations to come through secure, scalable and sustainable global food production → at scale

METHOD

Titan aims to fulfil its mission by building a series of large-scale, industrial-level, technologically advanced, autonomous (AI controlled) vertical farm facilities across the world in low-cost, high-impact areas (where staple crops will be grown in highly controlled, bio-secured environments indoors in stacked vertical layers, rather than spread out horizontally outside across large areas of land) that also provides other essential services to the locality as well

Leveraging cutting-edge technologies and rapidly advancing developments in controlled environment (indoor) agriculture, vertical farming, robotics, AI, automation, data systems, plant technology, biotechnology, non-GMO techniques, clean energy generation, artificial photosynthesis, etc: each Titan facility will operate 24/7, 365 days a year, no matter the weather or climate outside, without the use of pesticides, herbicides or insecticides

The overall objective is to provide high-grade, high-calorific, nutritious staple crops from globally distributed Titan facilities and to also provide localised clean water, clean energy and healthcare on a non-commercial basis to millions of people across the world from locations where this help is most needed - thus improving their health, wellbeing and livelihood. This comprehensive approach provides long-term, resilient food security whilst also helping to directly reduce atmospheric carbon in the process

Titan aims to achieve its objectives through an autonomous, AI driven, economically, ecologically and socially sustainable manner, with a very long-term, multi-generational outlook, and by doing so: not only does it hope to help alleviate global hunger and poor health by a meaningful degree, but also to lessen the ever-increasing negative pressures on the global climate and on natural resources, thus ultimately benefiting everyone on the planet

MOTIVATION

We’re on the precipice of a catastrophic global emergency. The impending food and climate crisis affects everyone on the planet and a compelling response is urgently needed

The transformation our world is currently undergoing is profound. However, if we’re going to meet the challenges of this century, to tackle the most complex and seemingly intractable problems facing us – from climate change to food scarcity – we need to ignite the type of bold, visionary thinking that got us to the moon

This is because without extraordinarily grand projects, visionary endeavours and giant leaps of imagination, the huge advances in our society would be very few and far between → radical, revolutionary solutions are what drives humanity forward

While the causes of climate change and food scarcity are complex, revolutionary next-generation technologies, breakthrough initiatives and long-term, radical solutions such as Titan can help to heal the planet, establish long-term food security, alleviate pressure on our scarce resources and boost Earth's biodiversity

Learn more about Titan below and how you can collaborate to help solve some of the world’s greatest problems


Titan’s mission is elegant in its simplicity but extraordinarily ambitious in its scope → transform the lives of everyone on the planet for generations to come through secure, scalable and sustainable global food production → at scale

THIS IS HOW

► Build a series of large-scale, industrial-level, autonomous, AI controlled vertical farms

► Grow a range of major staple crops and foods such as rice, wheat, maize, etc in each site

► Provide other essential services to the locality, such as power, water, health services, etc

► Locate each site in strategic low-cost rural locations in developing countries

► Provide employment and socio-economic support to the locality

► Geographically optimise and distribute each site globally for maximal impact

► Power each site with its own independent clean energy

► Make each site modular, reconfigurable and expandable

► Ensure each site is environmentally and economically sustainable

► Take a very long-term, multi-generational approach to the whole endeavour

► Leverage the power and flexibility of advance, cutting-edge technologies

KEY OBJECTIVES

This is not vertical farming as its ordinarily known, the economics of which are often challenging: Titan won't be sited on very expensive buildings near big modern cities, paying huge energy bills and growing greens for supermarkets

Titan’s ambitions are much broader: grow staple crops for local and global consumption in a new and better way by building a large number of advanced vertical farm facilities in non-urban, low-cost, strategic locations in developing countries around the world → on idle land provided at very low cost/subsidised (or for free) by the Government of each of these countries (or by private owners) and powered by renewable energy

Each Titan site will leverage the latest cutting-edge technologies, managed by data driven AI systems and automated as much as possible and overseen by expert sector specialists, with fairly-paid local labour used for non-automated activities

Long-term operational and financial sustainability and social and ethical responsibility will be integrated into the core of the whole endeavour so that each site can generate optimal social impact with minimal negative effects and also help to lessen the pressures on natural resources and on the overall global climate

Specifically, each site will aim to provide:

1. High-grade nutritious staple crops (rice, wheat, maize, etc) for local and global markets (AI controlled internal climate and growth mechanisms will ensure that all produce receive the optimal mix of nutrients and stimuli)

2. Clean water (for drinking and farming) for the local community (free or at low-cost)

3. Clean electricity for the local community (free or at low-cost)

4. Basic healthcare services for the local community (free or at low-cost)

5. Disaster resilience for the local community (e.g. help to mitigate and reduce the negative impacts of catastrophic natural events such as flash floods, prolonged droughts, etc)

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Advanced Indoor Agriculture

Vertical Farming is a promising solution to the impending global food and climate crisis: an agricultural revolution that could forever change the planet for the better, leading to a monumental shift in how we produce food. It’s not the entire solution but it can scale sufficiently across the world and the technologies related to it are improving exponentially

PROCESS

A vertical farm (also known as a plant factory) is a form of Controlled-Environment Agriculture (CEA) and grow crops in vertically stacked layers, primarily indoors

The sophisticated use and control of augmented artificial lights, temperature, humidity, airflow, nutrients, gases and pollination optimises and maximises plant growth without the need to use soil, sunlight, pesticides, herbicides, fertilisers or huge amounts of water. There is also minimal waste and runoffs as most matter and liquids are recycled and reused

Photosynthesis is achieved with advanced artificial lights precision tuned to specific colours and frequencies best suited for the plant and precise, finely-balanced mineral nutrients are delivered periodically to the plant through minimal water use → usually via high-pressure mists applied directly to plant roots

Industrial-scale vertical farms (often operating within large, special purpose, multi-storied, bio-secured, sealed/protected buildings) are highly automated, have advanced data-driven AI controlled environments and use a range of robotic systems that minimises waste and maximises outputs - and they are productive year-round, 24/7

PURPOSE

Although replacing sunlight with artificial light seems intuitively counterproductive, the primary goals of vertical farming are:

1. Maximising crop output/yield in a limited space (i.e. producing more food per square meter than traditional outdoor farms) with more control over the resulting quality and flavour, while

2. Using substantially less water than traditional farming for the same yield (it’s better for the global climate overall if we save as much water and land as possible) and

3. Having a more resource efficient, reliable, resilient, secure, cleaner and safer food system

For instance:

In a large-scale vertical farm, the same amount of crops can be grown all year round much faster but using up to 95% less water, no harmful chemicals and substantially less land

A 30-story building (about 100m high) with a basal area of 5 acres (2.02 hectares), for example, can potentially produce an equivalent of 2,400 acres (971.2 hectares) of traditional outdoor farming. Expressed in ratio, this means that 1 such high-rise vertical farm is equal to 480 traditional farms

PRACTICALITY

In the absence of sunlight, vertical farms consume a lot of electrical energy. Most current vertical farms, therefore, grow salad greens, tomatoes and other such plants because to do so is relatively cheap as the more calorific the plant, the more energy it needs to grow (lettuce is therefore significantly cheaper to grow, in terms of power usage, than rice)

At present, growing high calorific staple crops economically at scale in a vertical farm may seem like an overly ambitious undertaking because no one is currently doing it on a meaningful level. However, this is primarily due to economic limitations not capability

The science and technology required to grow staple crops such as rice and wheat in vertical farms already exist and several organisations have already proved that this can be done, so growing them is not the issue. The problem is the overall economics of the endeavour. However, once the economic barrier is lowered, the advances already made to grow these crops will increase exponentially

Rice

The most important staple food for more than half of the Earth’s population, rice was grown over a period of four months in a vertical farm in Singapore

► Wheat

A private company successfully grew wheat in an indoor farm, becoming the first vertical farming company to tackle staple crop production in a controlled environment. The trials yielded exceptional results, projecting a yield of 11.7 kg per square meter per year, equivalent to 117 tonnes per hectare per year, 26 times that of traditional outdoor farming

Summary

Both of the above achievements are significant for global food security, as rice and wheat are calorie-dense and resource-intensive crops that play a crucial role in diets worldwide

Growing such staple crops indoors provides a scalable, climate-resilient alternative, particularly in the face of climate change, and the yield for them can be increased through improved research, technology and optimised growth environments. The problem related to growing them at scale in vertical farms is therefore not one of ability but purely one of economics:


CHALLENGES

Technically, any crop can be grown very well in a large vertical farm facility but there is one major obstacle that needs to be overcome first in order to do this in an economically feasible and operationally sustainable manner: the initial and ongoing cost of energy

► Large facilities need a lot of electricity for artificial lighting, heating, etc

Although industrial-scale facilities can be very expensive to build and operate, especially in urban areas (and there is growing competition in the marketplace in some areas for some indoor grown produce), a robust and viable business model can mitigate these issues, but only if the overall cost of energy can be brought down to a level needed to make the whole endeavour commercially sustainable

To really make a serious and lasting impact, vertical farms need to grow high calorific staple crops such as rice, wheat, soya and maize - which together provide the primary nutrition to most of the world's population. However, growing these types of crops is an extremely energy intensive endeavour and this energy must be carbon-free, otherwise the climate benefits of vertical farming will be neutralised


SOLUTIONS

► Using clean, dependable, low-cost, multi-megawatt electricity

GEOTHERMAL

Fortuitously, the advent of competitively priced geothermal technologies and systems means that uninterrupted access to affordable clean energy and heat is no longer a barrier: i.e. the power challenge for large-scale vertical farms is close to being permanently solved

For Titan, advanced geothermal is a more viable source of renewable energy than wind, solar or other systems: it’s a clean and sustainable source of energy that has the potential to provide baseload power, meaning that unlike wind or solar, it can generate electricity 24/7

In the past, geothermal energy has traditionally been limited to areas with high heat flow but new technologies and processes are helping to make geothermal energy more accessible by developing ways to extract heat from lower-temperature rocks from anywhere on the planet

SAGE

WIND

Where geothermal is not practical due to availability, cost, technical or other reasons: utility-scale, multi-megawatt onshore and offshore wind turbines, coupled with advanced power storage technologies, can be used (equivalent solar requires a lot of land, which makes it less attractive for vertical farms)

SMR

Small Modular Reactors (SMR) that provide uninterrupted clean energy and heat is no longer just a concept. Many companies across the world are developing SMRs which means that an alternative, reliable source of clean energy could be available within the next decade

Durability

Once built and installed, the power generated from a large-scale geothermal or wind turbine system (and in the long-term, from SMRs) will come free of (on-going fuel) costs, potentially for decades and is constant (intermittency is balanced-out by power storage systems)

This means clean, cheap and uninterrupted multi-megawatt electricity can be provided to a large-scale vertical farm facility, enabling it to grow high calorific staple crops continuously all throughout the year irrespective of the weather or climate outside (multiple redundant systems will minimise downtime and other operational failures)

Local Utility

Any excess power generated (i.e. beyond the needs of the power system’s vertical farm facility) can be redirected for free or at very low cost to the local community and also sold to commercial distributors, either through connection to their maingrid, microgrid or via portable high-density powerpacks (utility-scale batteries)

The same applies for clean water, which can be accessed from deep bores or undrinkable sources and filtered/desalinated for use by the vertical farm facility, with the excess being supplied for free to the local community (through whatever means possible and best suited for them). Some excess water can also be ultra-purified through advanced graphene filtration and sold as premium glass-bottled water to commercial distributors

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Hope and Wellbeing

The broad aspiration (through a globally strategic, multi-generational approach) is for Titan to provide millions of people across the world with hope for a better, healthier life

The genesis and evolution of Titan is rooted in philanthropy. The specific objective is for each Titan facility to carry out multiple, interrelated activities towards its broad philanthropic aspirations:

Titan’s objectives are achievable but there are some further challenges specific to Titan that first needs to be properly addressed and mitigated. Some of these relate to:


► NUTRITIOUS FOODS

Plants grown indoors, under artificial environmental conditions, may contain fewer nutrients compared to those that grow naturally outside in the natural environment. For instance, outdoor plants have to defend against pests and other harmful factors, which results in them producing certain substances that might be beneficial to human health (i.e. plants grown indoors might not produce these substances)

SOLUTIONS

The growth process of almost anything that naturally grows or is cultivated outdoors can be replicated indoors, with often better outcomes. In this instance, in a Titan facility, advanced AI controlled internal climate and growth mechanisms will ensure that all plants receive the optimal mix of specially formulated nutrients and stimuli

This means that such indoor grown plants will have the best opportunity to reach their full potential, naturally (although this may sound ironic, what is meant here is that indoor plants, for instance, grow of their own accord just from carefully provided nutrients and stimuli, but without the aid of any external, potentially harmful, chemicals such as pesticides, herbicides, etc or being contaminated by poisonous heavy metals)

This is a very important fact: plants grown indoors do so unadulterated - without being artificially bolstered or contaminated by chemicals, metals and other substances harmful to humans, animals and the environment. This means that most indoor crops are better, safer, much more nutritious and wholesome than industrial-scale outdoor farmed crops

Why grow staple crops?

To really make a meaningful impact and to provide a degree of sustainable food security globally, vertical farms (and specifically, Titan facilities) need to grow high calorific staple crops such as rice, wheat, soya and maize because together, they provide the primary nutrition to most of the world's population

Of these major crops, rice is by far the most important food crop globally, with Indica (long grain) rice dominating global production, accounting for over 70% of the world's crop. Hence, Titan’s initial focus first will be on Indica rice

► NON-GMO FOODS

GMOs, short for genetically modified (biologically altered) organisms, refers to any organism whose DNA has been modified using genetic engineering technology. GMOs are subject to a lot of controversy, mainly because they may pose unexpected risks to human health

SOLUTIONS

Advanced indoor farming negates a lot of the advantages of GMOs such as resistance to pests and thus, Titan facilities will not need to use GMOs. However, to optimise crop yield, natural alternatives to GMOs, such as Marker-Assisted Selection (MAS), may be used


► LOCAL SOCIO-ECONOMIC IMPACTS

Due to Titan facilities being prospectively located in strategic (most likely in economically disadvantaged) rural locations in developing countries and because of their potential scale, scope, efficiency and capacity: fewer local farmers would find it economically beneficial to grow the same crops that are grown in a nearby Titan facility

This could potentially result in many local farmers and their employees losing their jobs and livelihoods: entire families that live on or below the poverty line and which rely on local agriculture could suffer significantly

In other words: there is potential for the economic and social disruption and destabilisation of local villages and communities that rely on agriculture and related activities (i.e. Titan facilities could make traditional agricultural work obsolete in the area that it operates in and thus cause substantial negative upheaval)

SOLUTIONS

Titan’s objective is to establish secure, scalable and sustainable global food production at scale. However, this cannot be achieved if there is a detriment to the local community. Therefore, Titan will also endeavour to provide meaningful help and support to local communities at the same time. To this end, Titan aims to:

1. Supply high-grade produce from Titan facilities to distributors that are not in direct competition with local farmers

What types of support can be offered to local farmers?


There may be a large number of ways support can be offered to local farmers, most of which cannot be listed here as this would depend on the circumstances of a particular facility and that of its local farmers. However, one possible way is providing free or low cost animal feeds

Although Titan facilities will be designed to generate minimal waste and runoffs (as most matter and liquid will be recycled and reused), there may be unusable 'green waste' generated that may be suitable (certified safe) to be used as feed for animals such as cattle. These can also be provided to local framers for free or at very low cost

2. Act as a reserve (contingency) for local authorities and national governments when traditional rice harvests do not meet demands. In such instances, produce will be offered to local authorities and national governments at a price that helps to stabilise the local market

This will help to inhibit and control market manipulation through predatory pricing and profit-driven price inflation (which sometimes puts essential foods beyond the purchasing capability of very low income families) and help to keep the market stabilised within a fair and equitable (and reasonably competitive) pricing structure

3. Encourage local farmers to develop pastoral (animal), marine, fruit and exotic crop farming by providing funding (grants and zero-fee credit) along with technology, advice, expertise, resources and support for free or at very low cost

4. Supply the local community with clean water (for drinking and farming) for free or at very low cost. Where piping the water to them is not possible, large tanks and recyclable bottles can be used to supply the water directly to them

5. Supply the local community with clean (electrical) power for free or at very low cost. Where electricity can’t be supplied to them directly, portable high-density powerpacks (utility-scale batteries) can be used. This is where charged units are delivered to local microgrids and to individual properties (used powerpacks are brought back for recharging and redeployment)

6. Provide triage and basic health and clinical services and medication to the local community for free or at very low cost at each Titan facility (or where possible or required, in the community)

7. Provide fair-paid employment to members of the local community at Titan facilities and support services (e.g. distribution, maintenance, etc). Although each Titan facility will be automated as much as possible, local labour will be used for non-automated activities where possible

8. Provide support for free to people/groups who are in extreme poverty or have suffered severe loss due to natural or man-made disasters - i.e. provide food and humanitarian aid to the most vulnerable


► LOCAL ECOLOGICAL IMPACTS

Building large, industrial-scale structures and related transportation infrastructure, especially on greenfield sites, could have damaging consequences on the local ecological environment

SOLUTIONS

Titan facilities will be built on brownfield, greyfield, non-arable, mountainous, desert or on idle land that have minimal faming potential and are of low ecological importance or economic value. The site and the surrounding areas will, thereafter, be provided with support to aid ecological revitalisation, reforestation and rejuvenation so that, for example, arid and barren land becomes hospitable to wildlife and beneficial to the local community


► CARBON MITIGATION

“It’s not just that climate change is ravaging the world’s agriculture. Agriculture is also ravaging the climate”
— Jason Hickel

SOLUTIONS

While Titan's focus extends beyond carbon mitigation, its sustainable vertical farming method significantly reduces greenhouse gas (GHG) emissions compared to traditional agriculture

This is achieved through several methods: significantly reduced land use allowing for reforestation (which absorbs CO2), optimised resource use, precise nutrient delivery to minimize waste, zero use of traditional chemical fertilisers and significantly reduced use of water (and associated energy demands)

There is also a direct reduction of fossil fuel use: traditional agriculture utilises tractors and other machinery that primarily run on diesel, emitting greenhouse gasses. Vertical farms can significantly decrease this dependence by employing automated electrical powered systems with lower energy demands. With renewable energy powering the entire system, a Titan vertical farming facility neutralises overall reliance on fossil fuels, further reducing the overall GHG emissions

Carbon Credits


A carbon credit is formally generated when a certified activity that has a positive environmental impact is converted to a tradeable instrument. This carbon credit is then applied elsewhere to compensate for activities that release carbon into the atmosphere

As mentioned above, Titan’s sustainable vertical farming method significantly reduces greenhouse gas (GHG) emissions compared to traditional agriculture. This will be a certified activity and will thus be sold and then traded on the Carbon Credits market, thus generating additional income for each facility


► FOOD TRANSPORTATION

The greater the distance produce travels from farm to table, the greater the increase in fuel consumption, greenhouse gas emissions, food degradation and wastage. This is exacerbated if produce has a very short shelf-life, such as lettuce, and logistic is complex (e.g. if Titan facilities are located in hard to reach rural locations in developing countries with inadequate transportation infrastructure)

Moreover, it is estimated that by 2050, urban dwellers will consume 80% of all the food produced globally. Thus, it’s better all round for food to be grown as near to them as possible

SOLUTIONS

Most Titan facility produce will be of the type that have long shelf-lives (e.g. staple crops such as rice, wheat, etc) and thus can be distributed long distances without degrading. This means slower, more fuel efficient (ideally, zero emission) means of distribution can be used to transport produce to both near and very far-off locations


► TIMESCALES

Titan’s mission is vast, complex and expensive, and involves the use of nascent technological innovations along with social and geopolitical considerations at many levels. Fulfilling some of its primary objectives within a reasonable timeframe, therefore, seems highly unlikely

SOLUTIONS

Titan is not just a long-term project, it’s a multi-generational one. Titan’s initial team know that due to the nature of the project, they may not see the fulfilment of any of Titan’s primary objectives or its full potential within their lifetime. Titan therefore has been designed from the ground-up to be progressed incrementally over a long period of time → the expectation is that it may take the work of 2 or 3 generations to truly achieve Titan’s mission


► TECHNOLOGY TRANSFER

The nature and scale of Titan’s activities means that it will be at the forefront of advanced innovation and development in several industries, which could be of benefit to others. For example, advanced vertical farming and controlled-environment agriculture technologies could be indispensable for long-range space-flights, space exploration missions, in space-stations, lunar and other planetary bases, etc

SOLUTIONS

Titan will make available its knowledge assets, intellectual properties and technologies for use by others for commercial use or for societal benefit, and charge appropriate licensing fees when and where appropriate


► FOSTERING IDEAS & INNOVATION

Titan's vast scale, scope and ambition has the potential to ignite the public’s imagination - locally, nationally and globally. However, unless there is a scalable way to harness this effectively, brilliant ideas and solutions from the public that are realistic and practical will simply not be noticed or fall by the wayside and thus the opportunity to benefit from them missed

SOLUTIONS

One potential globally scalable and effective solution is the Titan Prize: a financially incentivised annual global challenge and competition designed to ignite the imagination of the world's public

The objective of the prize would be to unlock and unleash a cascading torrent of innovation, invention and creativity from the public by financially incentivising, inspiring and motivating individuals, companies and organisations from across the world to develop or advance projects, programmes, ventures, ideas, concepts, initiatives, enterprises, businesses, endeavours, research, innovations, inventions, technologies, etc (of all stages, size and maturity, whether commercial or not) that either directly or indirectly have the potential to significantly benefit humanity and the planet for the long term

With a substantial monetary prize as the top global award and one national winner in each country receiving a considerable monetary prize each - with all entrants and winners selected by the public via open voting - the Titan Prize has the potential to engender crowd-sourced game-changing social impacts that make the world a better place for everyone


► FINANCIAL SUSTAINABILITY

The scope of Titan is clearly vast and its potential effect on the planet and humanity could be immense. However, Titan is a private endeavour and operating it to the scale and magnitude required will be an extraordinarily expensive undertaking

SOLUTIONS

Effective funding will be secured by providing a safe and meaningful financial benefit for funders

In addition: once in a position to do so, long-term secured and unsecured interest free loans will be sought from individuals, corporations, organisations and governments. To mitigate start-up costs, rent-subsidised or free land will also be sought from governments and private owners to build Titan facilities on (if rented, then on very-long leases)

Land to build a Titan facility on (along with other forms of support) may be provided at very low cost or for free by governments or private owners once they factor in the overall positive transformation and economic impact a Titan facility will provide to the locality, along with the potential ecological revitalisation and rejuvenation of the surrounding areas

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Extraordinary Achievements → Together

Titan is an ignition for global change and transformation - a strategic, multi-generational response to an emerging global crisis, with the potential to elevate humanity to a more hopeful future. Its scope is vast and its potential effect on the planet and humanity could be immense, engendering a cascade of far-reaching socio-economic benefits and advancements → at scale

Titan’s aims and objectives are ambitious but can be effectively realised by leveraging cutting-edge technologies and rapidly advancing developments in controlled environment (indoor) agriculture, vertical farming, robotics, AI, automation, data systems, plant technology, biotechnology, non-GMO techniques, clean energy generation, artificial photosynthesis, etc: each Titan facility will operate 24/7, 365 days a year, no matter the weather or climate outside, without the use of pesticides, herbicides or insecticides


Strategic Objectives

Titan objective is to provide high-grade, high-calorific, nutritious staple crops from globally distributed Titan facilities and to also provide localised clean water, clean energy and healthcare on a non-commercial basis to millions of people across the world from locations where this help is most needed - thus improving their health, wellbeing and livelihood. This comprehensive approach provides long-term, resilient food security whilst also helping to directly reduce atmospheric carbon in the process

Titan aims to achieve its objectives through an autonomous, AI driven, economically, ecologically and socially sustainable manner, with a very long-term, multi-generational outlook, and by doing so: not only does it hope to help alleviate global hunger and poor health by a meaningful degree, but also to lessen the ever-increasing negative pressures on the global climate and on natural resources, thus ultimately benefiting everyone on the planet

Tactical Collaboration

These are truly significant, yet achievable ambitions which can be more effectively realised with time and through extensive collaboration between Titan and a wide range of individuals, corporates, organisations and institutions from across the world

The bottom line is this: the transformation our world is currently undergoing is profound and if we’re going to meet the challenges of this century; to tackle the most complex and seemingly intractable problems facing us – from climate change to food scarcity – governments, businesses, organisations and individuals from around the world will need to work together and ignite the type of bold, visionary thinking that got us to the moon

The First Step

Titan’s first full spectrum facility (RAFT-1) will be built on land provided by the government of a developing country → JOIN US in building this facility and help usher in a major turning point for our world, marking the beginning of a new era where our food supply is secured and our planet is less stressed

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BE PART OF A GLOBAL EFFORT TO PUSH HUMANITY FORWARD

You are invited to join Titan in the generation of transformational global social impacts by supporting it with your ideas, knowledge, funding, expertise, services, resources, thoughts and solutions and for you to help make a lasting, meaningful, multi-generational difference on a global scale

Please fill-in the form below for more information or send us an email to info@centrum.global

PRIVACY COMMITMENT

We are committed to keeping your information fully confidential at all times. We don't sell, rent or lease any information you give us to anyone. For more information about our data protection procedures, please see our GDPR Compliance Statement

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